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forge-engineering

Run a complete engineering project through Forge's 8-phase autonomous pipeline. Decomposes any idea into subsystems, assigns specialist agents, produces real artifacts (CAD, firmware, schematics, BOMs), and iterates until the design works.

在 Manus 中运行

概览

安装命令

npx skills add https://github.com/00000star/AGI_engineering_forge --skill forge-engineering

复制此命令并粘贴到 Claude Code 中以安装该技能

来源

00000star/AGI_engineering_forge

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更新时间2026年3月26日 19:32

SKILL.md

readonly

name	forge-engineering
description	Run a complete engineering project through Forge's 8-phase autonomous pipeline. Decomposes any idea into subsystems, assigns specialist agents, produces real artifacts (CAD, firmware, schematics, BOMs), and iterates until the design works.
metadata	{"openclaw":{"emoji":"🏗️","requires":{"anyBins":["python3"]}}}

Forge Engineering Pipeline

When the user describes an engineering idea, run it through the full Forge pipeline.

Quick Run (full project)

cd /workspace && python run.py "USER'S IDEA HERE"

This launches the autonomous cognitive loop: Architect decomposes → Agents execute → Verifier checks → Architect replans on failure → Iterate until complete.

Manual Phase Execution

For step-by-step control, use the bridge to run individual tools:

# Structural analysis
python3 /workspace/bridge.py structural_analysis 'F=1000; L=2.0; E=200e9; I=moment_of_inertia_rect(0.05, 0.1); print(f"deflection={beam_deflection_simply_supported(F,L,E,I)*1000:.4f}mm")'

# Symbolic math
python3 /workspace/bridge.py sympy_math 'x=symbols("x"); print(integrate(x**2, x))'

# Circuit analysis
python3 /workspace/bridge.py circuit_analysis 'print(f"Vout={voltage_divider(12, 10e3, 20e3):.2f}V")'

# Generate CAD
python3 /workspace/bridge.py openscad 'cube([10,20,30]);'

# Run any Python computation
python3 /workspace/bridge.py python_executor 'import numpy as np; print(np.linalg.det([[1,2],[3,4]]))'

Output

All project artifacts are saved to forge/data/projects/<project_name>/:

summary.md — engineering summary
project_state.json — task graph and status
artifacts/ — code, CAD files, schematics, plots

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Generate parametric 3D CAD models using OpenSCAD scripting language. Create cubes, cylinders, spheres, extrusions, boolean operations, and complex assemblies from code.

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circuit-design

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Analytical circuit design and simulation — voltage dividers, RC/RL/RLC filters, power calculations, impedance analysis, transfer functions. Uses sympy for symbolic analysis and numpy for numerical.

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flight-controls

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Design and simulate control systems — transfer functions, PID controllers, Bode plots, root locus, stability analysis, state-space modeling. Uses scipy.signal and sympy.

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structural-analysis

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Perform real structural engineering calculations — beam deflection, stress analysis, buckling, safety factors. Uses numpy and scipy with built-in helper functions.

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tool-fabricator

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When no existing engineering tool fits the problem, the fabricator creates a new one from scratch. Designs, writes, tests, and registers new computational tools at runtime. This is the AGI capability.

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来源

00000star

00000star/AGI_engineering_forge

打开 GitHub 仓库查看创作者相关仓库

安装命令

下载

在 Manus 中运行

适用职业SOC

机械工程师建筑与工程类职业17-2141L4

name	forge-engineering
description	Run a complete engineering project through Forge's 8-phase autonomous pipeline. Decomposes any idea into subsystems, assigns specialist agents, produces real artifacts (CAD, firmware, schematics, BOMs), and iterates until the design works.
metadata	{"openclaw":{"emoji":"🏗️","requires":{"anyBins":["python3"]}}}

Forge Engineering Pipeline

When the user describes an engineering idea, run it through the full Forge pipeline.

Quick Run (full project)

cd /workspace && python run.py "USER'S IDEA HERE"

This launches the autonomous cognitive loop: Architect decomposes → Agents execute → Verifier checks → Architect replans on failure → Iterate until complete.

Manual Phase Execution

For step-by-step control, use the bridge to run individual tools:

# Structural analysis
python3 /workspace/bridge.py structural_analysis 'F=1000; L=2.0; E=200e9; I=moment_of_inertia_rect(0.05, 0.1); print(f"deflection={beam_deflection_simply_supported(F,L,E,I)*1000:.4f}mm")'

# Symbolic math
python3 /workspace/bridge.py sympy_math 'x=symbols("x"); print(integrate(x**2, x))'

# Circuit analysis
python3 /workspace/bridge.py circuit_analysis 'print(f"Vout={voltage_divider(12, 10e3, 20e3):.2f}V")'

# Generate CAD
python3 /workspace/bridge.py openscad 'cube([10,20,30]);'

# Run any Python computation
python3 /workspace/bridge.py python_executor 'import numpy as np; print(np.linalg.det([[1,2],[3,4]]))'

Output

All project artifacts are saved to forge/data/projects/<project_name>/:

summary.md — engineering summary
project_state.json — task graph and status
artifacts/ — code, CAD files, schematics, plots