Blender - Geo-Scatter 5.5.3

Blender Geo-Scatter 5.5.3 is a cutting-edge scattering plugin that brings unmatched flexibility, control, and realism to your 3D environment creation. Designed for artists and creators who want complete command over procedural distribution, this tool revolutionizes how assets are scattered across surfaces in Blender.

At the core of Geo-Scatter 5.5.3 is an intuitive and highly refined workflow that lets users control scale, rotation, tilt, and positioning with precision. Whether you're creating billboards, natural foliage, or environmental details, every aspect of the instance placement can be finely tuned.

Interactive scattering is one of the standout features. Instances can intelligently respond to surrounding objects—automatically avoiding placement under tables or too close to characters—simulating natural interaction and environmental awareness.

Performance is a top priority. Optimization features such as distance culling, FOV-based instance removal, and viewport placeholders allow users to maintain smooth performance, even in complex scenes with thousands of scattered elements.

Geo-Scatter 5.5.3 also includes advanced instance assignment logic based on clustering, color IDs, scale attributes, and more. These allow for physically accurate placement of assets that adapt to the surrounding environment in a highly realistic way.

The clump distribution system has been completely re-engineered with more settings and controls for scaling, orientation, and behavior of child instances, enabling detailed vegetation or debris grouping with natural variation.

With dynamic layers, artists can now define rules of attraction and repulsion between scatter systems, simulating real-world ecosystem behavior where certain species attract or repel others.

The wind-wave simulation feature brings animation to life, generating subtle wind effects across grassy fields or foliage with a single click—perfect for adding realism to outdoor scenes.

Innovation is embedded into every aspect of Geo-Scatter. It now supports flow maps, allowing you to guide instance direction or tilt based on painted or generated flow data—ideal for aligning vegetation to terrain direction or simulating natural flow.