LPTK Hero

Blender Add-On // 2025

Low-Poly-Tool-Kit (LPTK)

The power of the nodes

The LPTK is a procedural Low-Poly asset library built for Blender.
The toolkit features over 20 specialized Geometry Node setups,
offering a semi-automatic, non-destructive export workflow and seamless extendability, all integrated as a Blender Add-On.

Tools Used

Blender Geometry Nodes, Blender-Python-API

My Role

Development of Geometry Node Setups,
Add-On development Blender Python API

Software Release

Academic Documentation

Entwicklung einer prozeduralen Low-Poly-Asset-Bibliothek mit Blender Geometry Nodes (german)

Bachelor Thesis

.pdf // 12.5MB

System Library

All Procedural.

Plants

Birch

Birch

Oak

Oak

Ivy2

Ivy2

FunkyTrees

FunkyTrees

Pine1

Pine1

Pine2

Pine2

Structures

Bridge

Bridge

Pallisade1

Pallisade1

PallisadeDoubleWall

PallisadeDoubleWall

Tower

Tower

GateNoMesh

GateNoMesh

StairsTemp

StairsTemp

Rocks1

Rocks1

Generators & Utilities

Terrains

MeshTerrain

MeshTerrain

ProceduralTerrain

ProceduralTerrain

Paths

Path1

Path1

PathDirt

PathDirt

Scattering

ScatterCurve

ScatterCurve

ScatterMesh

ScatterMesh

Geometry
Post-Processing.

Many of the systems are design with the "Mixed-Authorship"-Paradigm in mind. The Mesh-Terrain setup for example can take any input geometry and transform it into a homogenous, polished terrain.

Geometry Nodes System

MeshTerrain

Interaction Type

Mesh Based

Playful
Creation.

The procedural nature of the assets allows for quick iteration speeding up workflows and letting artist focus more on their creative vision.

Geometry Nodes System

Tower

Interaction Type

Parameter Based

Intuitive
Intercation.

To allow easy interaction with all of the systems I implemented the UI as a custom Add-On utilizing the Blender-Pyhton-API. The Add-On allows Node-Spawning, non destructive Collection based exporting with automated vertex color baking and can easily be extended.

Geometry Nodes Systems

MeshTerrain, Pallisade1 ,PathRocks

Interaction Types

Mesh Based, Curve Based