Polygonal works Nodes (GN)

Problem

Blender’s Geometry Nodes system has opened a new way of thinking about procedural creation.
It already allows artists to build complex models, environments, and effects but when compared to Houdini FX , one can clearly see what is still missing.

Houdini’s strength lies in its ability to reshape and rebuild geometry procedurally, giving artists complete control over mesh density, structure, and optimisation.
In Blender, we still rely on modifiers or manual workflows for many of these operations. Bringing such tools into Geometry Nodes would make Blender far more flexible and production-ready

The goal here is not to copy Houdini, but to equip Blender with a small, general-purpose toolkit for high-quality geometry generation and manipulation useful across modelling, simulation, and environment design

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Proposed Nodes (inspired by Houdini (Because is the best))

1. Adaptive Remesh

Inspired by Houdini’s Remesh SOP
Creates a clean, evenly distributed topology based on curvature or target edge length.
Useful for keeping meshes consistent in sculpting, simulation, or procedural models

2. PolyReduce

Based on PolyReduce SOP .
Performs intelligent polygon reduction while maintaining overall form, UVs, and key details.
Ideal for optimisation or automated LOD creation

3. QuadRemesh

Inspired by Quad Remesh SOP .
Produces quad-dominant meshes with coherent edge flow.
Perfect for automatic retopology or preparing assets for animation

4. MeshToGridRemesh

Similar to Remesh To Grid SOP .
Converts a mesh to a voxel or grid-based representation and rebuilds a watertight, uniform topology.
Useful for repairing booleans, scanned data, or dense procedural geometry

5. Relax / Smooth Geometry (Already implemented by a node groups recently)

Smooths or relaxes topology without altering the overall shape.
Helps clean procedural outputs or simulation results

6. Curvature & Gradient Data

Outputs analytical data such as curvature, slope, or altitude.
Can drive procedural effects, deformation, material blending, or scattering systems

7. Attribute Mask Generator

Inspired by Houdini’s Heightfield Mask by Feature .
Generates masks from geometric or topographic properties (slope, curvature, exposure, altitude).
A general-purpose tool for procedural control beyond terrain work

8. Conform / Mesh Project

Projects one mesh onto another with precision, preserving overall form.
Useful for procedural retopology, morphing, or conforming geometry to base surfaces

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Benefits

• Adds true procedural control over topology and mesh structure inside Geometry Nodes
• Integrates remeshing, reduction, and projection into a unified procedural workflow
• Expands Blender’s use in modelling, simulation, VFX, and optimisation
• Brings Geometry Nodes closer to the flexibility and precision found in Houdini while keeping Blender’s open and accessible design philosophy

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Summary

This proposal suggests a compact yet powerful set of geometry and topology nodes that would greatly extend Blender’s procedural capabilities.
These tools are not terrain-specific; they are fundamental building blocks for any procedural artist who needs clean, adaptable, and high-quality meshes.

With these additions, Blender could move beyond procedural generation towards fully procedural geometry control, on par with professional industry standards.