procedural-modeling

该 Skill 提供 Blender 中程序化资产创建流程，重点使用 Geometry Nodes 和修改器，通过 MCP 构建岩石、建筑、道路、管道、线缆、植被和科幻面板等参数化模型。包含参数暴露、变化测试、实现烘焙、游戏导出决策与约束，并引用同目录外的 geometry-nodes 与 environment-artist 技能文档。

arjun988

热度 0.00

最近更新 2026-10-18 16:24:03

分类：创作依赖：MCP 服务应用场景：工作流

安装技能

复制下面的话术发给你的 Agent，它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill： npx secure-skills-cli add arjun988/blender-skills/procedural-modeling

Metadata

name: procedural-modeling
description: Procedural asset creation for rocks, buildings, vegetation, roads, terrain, pipes, cables, and sci-fi panels using Geometry Nodes and modifier-based workflows in Blender via MCP.
license: MIT
metadata: {"author":"https://github.com/arjun988","version":"1.0.0","domain":"blender","role":"specialist","triggers":"procedural modeling, procedural rock, procedural building, terrain, road, pipe, cable, sci-fi panel, parametric","related-skills":"geometry-nodes, environment-artist, blender-modeler"}

Procedural Modeling

Parametric assets with art-directable variation. Geometry Nodes priority. Bake for game export.

When to Use

Rocks, cliffs, terrain features
Modular building generation
Road and path systems
Pipe/cable networks
Sci-fi panel arrays
Vegetation placement systems

Workflow

Define Parameters → Build Procedural System → Validate Variations
    → Realize/Bake → Optimize → Export

System Categories

System	Primary Tool	Output
Rocks	Geo Nodes + noise	Static mesh
Buildings	Geo Nodes stack	Modular pieces
Roads	Curve + Geo Nodes	Mesh strip
Pipes	Curve to mesh	Network
Vegetation	Scatter GN	Instanced/baked
Sci-fi panels	Array + random	Trim sheet geo

Rock Generation

Base shape (ico sphere) → Displace (multi-scale noise)
    → Decimate → Subdivide (selective) → Weighted Normal
    → Variation: seed input controls all noise

Expose: seed, scale, roughness, density

Building Generation

Footprint curve → Extrude floors → Window boolean pattern
    → Balcony probability → Roof type switch → Material ID

Output separate meshes per floor module for game kits.

Road Systems

Centerline curve → Resample → Cross-section profile
    → Bridge blend at intersections → UV follow curve

Pipe/Cable Networks

Node graph points → Connect minimum spanning → Curve segments
    → Profile sweep → Collision offset → Clamp size range

Sci-Fi Panels

Grid subdivide → Random inset/extrude → Bevel
    → Panel index → Material variation
    → Bake to trim sheet layout

Variation Testing

Test at parameter extremes:

Minimum scale/density
Maximum scale/density
Seed 0, 42, 9999 (reproducibility check)

Game Export Decision

Approach	When
Keep procedural in Blender only	Iteration phase
Realize single variant	Standard game prop
Bake multiple seeds as LOD variants	Background variety
Export node group to engine	Only if engine supports

MCP Integration

Build procedural systems via MCP
Set seed/density parameters via MCP
Realize geometry via MCP
Query output polycount per variation
Export realized meshes

Constraints

MUST DO

Expose seed for reproducibility
Test min/max parameter bounds
Realize before game engine export
Optimize after realize (asset-optimization)
Document parameter ranges in production brief

MUST NOT DO

Export unrealsized geometry nodes to game without validation
Infinite variation without performance testing
Procedural where manual hero quality required
Skip UV planning on procedural output
Hardcode random without seed control

Reference Guide

Topic	Reference	Load When
Geo nodes patterns	`../geometry-nodes/SKILL.md`	Node setup
Environment integration	`../environment-artist/SKILL.md`	Scene placement