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Generates Minecraft terrain and landscapes using VibeCraft MCP tools. Use when creating hills, mountains, valleys, rivers, caves, cliffs, or natural terrain features. Handles procedural generation, noise functions, and terrain texturing.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Builds Minecraft structures using VibeCraft MCP tools. Use when building houses, castles, towers, cottages, temples, or any architectural structure. Works with build_schematic for precise control. Handles room dimensions, floor placement, wall construction, roofing, and architectural style matching.
PRIMARY BUILDING METHOD - Use for ALL construction tasks. Build structures using declarative JSON schematics with 2D layer grids. Describe WHAT to build, the server handles HOW. Supports COMPACT FORMAT (70% fewer tokens) with run-length encoding. Use this instead of WorldEdit commands for reliable, predictable builds.
Places furniture and decorates Minecraft interiors using JSON schematics. Use when furnishing rooms, placing tables, chairs, beds, lamps, decorations, or designing interior spaces. Reference furniture_catalog.md for 80+ ready-to-use designs.
WorldEdit commands for BULK operations - terrain modification, large fills, copy/paste, spheres/cylinders. For detailed structures with oriented blocks (doors, stairs), use build_schematic instead. WorldEdit is best for terrain, large regions, and geometric shapes.
Builds redstone circuits, mechanisms, and automation in Minecraft using VibeCraft MCP tools. Use when building logic gates, memory circuits, piston doors, automatic farms, item sorters, clocks, or any redstone contraption.
Chooses Minecraft block materials, color palettes, and textures using VibeCraft MCP tools. Use when selecting materials for builds, creating color schemes, matching architectural styles, or asking about block combinations and palettes.
| name | generating-terrain |
| description | Generates Minecraft terrain and landscapes using VibeCraft MCP tools. Use when creating hills, mountains, valleys, rivers, caves, cliffs, or natural terrain features. Handles procedural generation, noise functions, and terrain texturing. |
generate_terrain - rolling_hills, rugged_mountains, valley_network, mountain_range, plateautexture_terrain - temperate, alpine, desert, volcanic, jungle, swampsmooth_terrain - Post-process smoothing (iterations 1-5)worldedit_deform - Math expressionsworldedit_terrain_advanced - smooth, naturalize, regenbuild(code=...) - Procedural algorithmsgenerate_terrain(type="rolling_hills", center_x=100, center_y=64, center_z=200, size=50, amplitude=8)
texture_terrain(style="temperate", center_x=100, center_y=64, center_z=200, size=50)
smooth_terrain(center_x=100, center_y=64, center_z=200, size=50, iterations=2)
build(code="""
commands = []
def noise(x, z, seed=42):
n = x * 374761393 + z * 668265263 + seed
n = (n ^ (n >> 13)) * 1274126177
return ((n ^ (n >> 16)) & 255) / 255.0
base_x, base_z, size, base_y, amplitude = 100, 200, 50, 64, 8
for x in range(base_x, base_x + size):
for z in range(base_z, base_z + size):
height = noise(x, z, 1) * amplitude + noise(x*2, z*2, 2) * amplitude * 0.5
y = int(base_y + height)
commands.append(f'/setblock {x} {y} {z} grass_block')
for below in range(base_y - 5, y):
mat = 'dirt' if y - below <= 3 else 'stone'
commands.append(f'/setblock {x} {below} {z} {mat}')
""", description="Rolling hills")
# Use ridged noise: abs(noise(x, z) - 0.5) * 2
# Snow above base+18, stone above base+12, grass below
# Sinusoidal path: path_x = base_x + sin(i * 0.1) * 10
# Depth based on distance from center
# Water in deepest part, sand on banks
//generate -h stone y<perlin(x/10,z/10,0)*5+64 # Noise terrain
//deform y+=sin(x/5)*3+sin(z/5)*3 # Sine wave hills
//generate stone (x*x+z*z)<radius^2 && y<sqrt(radius^2-x*x-z*z) # Dome
Temperate: grass_block (Y+0), dirt (Y-1 to -3), stone (Y-4+), flowers/tall_grass Alpine: snow_block (Y>base+18), stone (Y>base+12), grass (Y>base+6), spruce trees Desert: sand (3-4 layers), sandstone below, dead_bush/cactus Volcanic: magma_block/obsidian (Y>base+15), blackstone (Y>base+8), basalt, lava pools
Cliff Face: Random ledge depth per Y level
Cave System: worldedit_terrain_advanced(command="caves", size=8, freq=40, rarity=7, minY=0, maxY=60)
Erosion: 20% random block removal from surface
//smooth 3 # 3 iterations
# Manual: average neighbor heights
def smooth(heights, x, z):
return sum(heights.get((x+dx, z+dz), 64) for dx in [-1,0,1] for dz in [-1,0,1]) // 9
build(preview_only=True)