Skatter is an advanced solution for creating realistic natural environments in 3D design. It focuses on helping users efficiently place large numbers of objects, such as plants, rocks, and trees, across surfaces without manual duplication. Its unique approach allows for detailed control over distribution patterns, density, and scaling.

Skatter uses a combination of rules and randomization to generate varied and natural-looking scenes. Users can set specific limits or guidelines for placement while still achieving organic results. This balance makes it ideal for projects that need a realistic touch without extensive manual adjustments.

Skatter also integrates smoothly with popular 3D modeling platforms, improving workflow by reducing time spent on repetitive tasks. It supports multiple layers and instances, enabling the creation of complex landscapes with minimal effort. Changes to one element can automatically update others, maintaining consistency throughout the design.

Skatter includes features for previewing and editing directly within the 3D environment. Users can interactively adjust objects, test different configurations, and refine the final scene before rendering. This interactive approach ensures that designs meet aesthetic and functional goals efficiently. Skatter enhances creativity and productivity, making large-scale 3D scene creation faster and more enjoyable.

Key Features:

• Efficient Object Scattering – Quickly distribute thousands of objects (plants, rocks, furniture) across surfaces.
• Randomization Options – Control scale, rotation, and position for a natural, non-repetitive look.
• Supports Instancing – Uses lightweight instances to keep your SketchUp model fast and responsive.
• Masking and Guides – Scatter objects only in specific areas using guides, images, or curves.
• Integration with SketchUp & Rendering Engines – Works smoothly with SketchUp and supports renderers like V-Ray, Enscape, and Twinmotion.
• Dynamic Editing – Easily adjust scatter settings after placement without manually moving objects.