Apex Terrain PCG Rulesets
Modular PCG terrain generation graphs built to dynamically distribute dense micro-debris, procedural rock formations, and mountain cliff assets across global landscape coordinates.
Modular PCG terrain generation graphs built to dynamically distribute dense micro-debris, procedural rock formations, and mountain cliff assets across global landscape coordinates.
Standalone geometry translation engine that parses structural voxel grids and compiles clean, render-ready quad polygon meshes with optimized UV coordinate maps.
Physically based procedural material engine designed for automated weathering. Solves complex rust dispersion, dynamic copper oxidation, and glass fractures.
Real-time smoothed-particle hydrodynamics solver designed for organic flow rendering. Projects dense dynamic fluid surfaces, splashing, and directional viewport vectors.
Extensive master material library covering metals, plastics, textiles, and organic surfaces. Fully parametric with real-time adjustments and physically accurate results.
Physics-compliant cosmic gravity fields and multi-octave noise vortex configurations modeled to compile black holes, nebulae, and high-velocity star coordinates.
Spectral Rayleigh & Mie volume lighting solvers. Compiles high-fidelity atmospheric scattering, adaptive cloud density fields, and screen-space light shafts inside real-time viewports.
Extensive collection of procedurally-optimized modular building blocks, environmental props, and architectural elements. Designed for rapid scene construction and landscape population.
Procedural rock and stone material system with multi-layer erosion, weathering, and geological variation. Generates unique natural surfaces without repetition.
Automated polygon reduction and LOD generation with topology preservation. Batch process entire asset libraries while maintaining visual quality and UV integrity.
Advanced real-time weather simulation system with wind deformation, particle-driven rain/snow, and environmental response. Includes volumetric lighting integration.