InstaMAT\u2019s Guided Scatter node enhances scattering workflows with mask, color, and vector inputs for greater flexibility. This tutorial demonstrates rock layering techniques using masks and scale controls, creating natural size variation from large boulders to fine pebbles with organic diversity.<\/p>\n
\nInstaMAT continues to empower digital artists with sophisticated node-based tools. The latest tutorial introduces the Guided Scatter node as a powerful evolution of the Tile Scatter, offering expanded creative possibilities through many image inputs that drive position, scale, orientation, visibility, and more. While more resource-intensive, its flexibility makes it ideal for complex scenes where basic scattering falls short.<\/p>\n
The demonstration focuses on layering smaller rocks around larger formations using masks. Key techniques include pattern adjustments, atlas inputs, and shape refinement. Artists learn to leverage scale inputs driven by masks to create natural size variation with larger rocks in open areas and smaller pebbles in crevices for organic diversity.<\/p>\n
Vector-driven controls enable rotation and positioning based on procedurally generated image data, with additional parameters like mask density and collision detection available for refinement. The result is a dynamic rock scatter that seamlessly integrates big boulders, medium stones, and fine pebbles.<\/p>\n