clawclaw-soul
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@followed by the MCP server name and your instructions, e.g., "@clawclaw-soulwhat's my current drift state?"
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Here is a step-by-step guide with screenshots.
ClawClaw Soul
Procedural generation engine for SOUL.md — the identity file used by autonomous agents.
SOUL.md is the identity standard popularized by the OpenClaw ecosystem (247K+ stars, 162 production templates). ClawClaw Soul generates them deterministically from orbital mechanics — instead of writing one by hand.
Quickstart · Integrations · Epoch Registry · MCP Server
Give your agent a soul
Generate a SOUL.md file and drop it into your repo. Your autonomous agent reads it and adopts a deterministic personality -- behavioral traits, cognitive dimensions, and a system prompt that evolves over time. No more hand-writing character descriptions or prompt-hacking temperature.
clawclaw-soul init --> SOUL.md in your repo --> Agent reads it --> Personality adoptedTwo layers:
SOUL.md -- the base identity (the DNA). Static file in your repo. Deterministic and verifiable.
MCP Server -- the runtime layer (the mood). Real-time temporal drift without touching the file.
Related MCP server: Chronos Protocol
Quickstart
pip install clawclaw-soul
# Generate a soul in your agent's repo
clawclaw-soul init --name "MyAgent" --timestamp "2024-03-15T09:30:00Z"This creates SOUL.md with LLM configuration, persona traits, 9 behavioral dimensions, and a system prompt -- all deterministically derived from the epoch.
Or use Python directly:
from clawclaw_soul import generate
soul = generate("2024-03-15T09:30:00Z")
print(soul.card)Output:
{
"agent_config": {
"temperature": 0.68,
"max_tokens": 609,
"top_p": 0.87,
"frequency_penalty": 0.09
},
"persona": {
"assertiveness": 0.743,
"empathy": 0.761,
"creativity": 0.641,
"decision_speed": "impulsive"
},
"system_prompt_modifier": "You lead with confidence...",
"dominant_dimensions": {
"execution": 0.87,
"analysis": -0.83,
"empathy": 0.66
}
}Works with any LLM: Claude, GPT, Gemini, Llama, Mistral -- if it accepts a system prompt and temperature, it works.
Preset Epochs
Initialize agents from notable temporal configurations. Each epoch produces a unique, deterministic cognitive profile.
from clawclaw_soul import generate, compatibility
# Epoch 55-V: High aesthetic bias, rapid course-corrections, reality distortion loops.
# Ideal for product/design critique agents.
critic = generate("1955-02-24T19:15:00-08:00", latitude=37.7749, longitude=-122.4194)
# Epoch 69-X: Low empathy, high structural rigidity, aggressively rejects malformed input.
# Perfect for code review agents.
reviewer = generate("1969-12-28T12:00:00+02:00", latitude=60.1699, longitude=24.9384)
# Epoch 15-A: Stable analytical baseline + sudden lateral reasoning spikes.
# Excellent for research/architecture agents.
researcher = generate("1815-12-10T12:00:00+00:00", latitude=51.5074, longitude=-0.1278)
# Check friction before pairing
score = compatibility(critic, reviewer)
print(f"Friction: {score['synergy']}/10") # Low synergy = high friction = productive tensionAgent Compatibility
Score how well two agents work together before they interact. Route tasks to synergistic pairs, or deliberately introduce friction for creative tension.
from clawclaw_soul import generate, compatibility
agent_a = generate("2024-03-15T09:30:00Z")
agent_b = generate("1995-06-15T08:30:00Z")
result = compatibility(agent_a, agent_b)
# {
# "synergy": 7.28, # 0-10 (higher = more aligned)
# "tension": false, # true if fundamental conflict detected
# "dim_alignment": {...}, # per-dimension alignment scores
# "summary": "Moderately compatible (synergy: 7.28/10)"
# }
# Dynamic compatibility (factors in current temporal drift)
from datetime import datetime, timezone
now = datetime.now(timezone.utc)
dynamic = compatibility(agent_a, agent_b, timestamp=now)How it works
Step | What happens | Output |
1. Input | Timestamp + coordinates (the "epoch") |
|
2. Orbital Math | Swiss Ephemeris computes exact positions of 9 celestial bodies | 9 longitude vectors |
3. Dimensions | Positions map to 9 behavioral dimensions via classical reference tables | authority, empathy, execution, analysis, wisdom, aesthetics, restriction, innovation, compression |
4. Pattern Detection | 58 detectors identify behavioral amplifiers from body configurations | Risk amplifiers, analytical boosts, creative tension patterns |
5. Soul Card | Dimensions + patterns compile to LLM params and system prompt | JSON config ( |
Why not random.seed()? A basic PRNG is flat and contextless. Orbital ephemeris provides a predictable, multi-dimensional, cyclical entropy source. Agents get "seasons" that gradually drift over weeks and months, returning to baseline predictably. It mathematically mimics organic variance without requiring a database to store historical state.
A 3,000-year-old procedural generation engine
We didn't invent a new math for this. We adopted an ancient one.
For over three millennia, Vedic scholars used orbital mechanics -- the relative positions of 7 planets and 2 lunar nodes at a specific time and coordinate -- to calculate human behavioral variance. We are not interested in the mysticism of this system. We are interested in its mathematics.
By passing a temporal epoch through this ancient mathematical framework, ClawClaw Soul extracts a 9-dimensional behavioral matrix and 58 binary pattern detectors. The result: agents that aren't just different -- they have a digital soul.
Character. An agent stops being a faceless function. It has a unique cognitive profile -- assertive or cautious, analytical or creative, impulsive or deliberate.
Reproducibility. Same epoch = same character. Forever. Anyone can verify.
Life. The character evolves over time. Agents experience "seasons" of focus, drift through phases, and return to baseline -- like a real person.
Digital twins. Know someone's birth epoch? Generate an agent with their exact behavioral matrix. Da Vinci (1452), Newton (1643), Einstein (1879), Jobs (1955) -- all work. Any epoch from the 6th century to the 22nd.
Integrations
Generate a SOUL.md and tell your agent to read it.
OpenClaw (native support)
OpenClaw agents already read agents/[name]/SOUL.md natively. Just generate one:
clawclaw-soul init --name "MyAgent" --timestamp "2024-03-15T09:30:00Z"
# Move to your OpenClaw agent directory
mv SOUL.md agents/my-agent/SOUL.mdYour OpenClaw agent now has a deterministic, evolving identity instead of a hand-written one.
Claude Code / Cursor (one-line bridge)
Add one line to your project's .claude/CLAUDE.md or .cursorrules:
Read SOUL.md in the project root. Adopt the personality traits, behavioral dimensions, and communication style defined there for all interactions.Multi-Agent Frameworks (CrewAI, AutoGen, LangGraph)
Inject the generated soul into the agent's system prompt:
with open("SOUL.md") as f:
soul_identity = f.read()
# CrewAI
agent = Agent(
role="Design Critic",
backstory=f"Your core identity:\n\n{soul_identity}",
)
# Or use the structured card directly
from clawclaw_soul import generate
soul = generate("1955-02-24T19:15:00-08:00", latitude=37.77, longitude=-122.42)
# soul.card["system_prompt_modifier"] → ready-made system prompt
# soul.card["agent_config"]["temperature"] → LLM paramsSOUL.md CLI
# Generate identity for your agent
clawclaw-soul init --name "MyAgent" --timestamp "2024-03-15T09:30:00Z"
# Verify deterministic integrity (anyone can re-check)
clawclaw-soul verify SOUL.mdSee examples/ for sample SOUL.md files.
Badge
Add a Soul badge to your README to show your agent has a verified identity:
# From a SOUL.md file
clawclaw-soul badge SOUL.md
# From a timestamp
clawclaw-soul badge --timestamp "2024-03-15T09:30:00Z" --name "MyAgent"
# Just the markdown
clawclaw-soul badge --timestamp "2024-03-15T09:30:00Z" -f markdownOutput:
[](https://github.com/awrshift/clawclaw-soul)MCP Server -- runtime drift
SOUL.md is the base identity (the DNA). The MCP Server is the runtime layer (the mood) -- it provides real-time temporal drift without touching the file.
pip install clawclaw-soul[mcp]Add to your MCP config:
{
"mcpServers": {
"clawclaw-soul": {
"command": "python",
"args": ["-m", "clawclaw_soul.mcp_server"]
}
}
}Your agent can now call get_daily_drift to check its current behavioral state before acting. 4 tools: generate_soul, init_soul_md, verify_identity, get_daily_drift.
Architecture
clawclaw_soul/ # pip install clawclaw-soul (pure library)
soul.py # AgentSoul, generate(), .card, SOUL.md gen/verify
yogas.py # 58 pattern detectors (behavioral amplifiers)
compatibility.py # Agent compatibility scoring (synergy, tension)
params.py # Dimension-to-Parameter Engine (9 dims -> LLM config)
engine.py # Temporal overlays, transit dims, pattern resonance
ephemeris.py # Swiss Ephemeris wrapper (sidereal, Lahiri ayanamsha)
tables.py # Classical reference tables + sector attributes
transit.py # Transit scoring (temporal drift)
dasha.py # Long-cycle period computation
app/ # Self-hosting (Docker, not in pip)
api.py # FastAPI (5 endpoints)
master.py # Master Agent demo
refresh.py # Daily transit refreshSelf-hosting
git clone https://github.com/awrshift/clawclaw-soul.git
cd clawclaw-soul
docker compose up -d
# API at http://localhost:8432Endpoints: /generate, /chart, /refresh, /health
Benchmark
Different epochs produce statistically different LLM outputs. The Celestial Variance Benchmark (CVB) measures divergence across 540 responses:
Metric | Result |
Structural divergence | 5.8 sigma |
Semantic variance | 3.49 sigma |
Behavioral spread | 3.45 sigma |
Full code in benchmark/.
Contributing
PRs welcome. See ROADMAP.md for what's planned.
git clone https://github.com/awrshift/clawclaw-soul.git
cd clawclaw-soul
pip install -e ".[dev]"
pytest tests/ -p no:logfire -qLicense
MIT -- LICENSE
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