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t skill

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This skill helps you coordinate World T operations by interfacing with MCP tools for balance checks, transfers, and staking.

npx playbooks add skill plurigrid/asi --skill t

Review the files below or copy the command above to add this skill to your agents.

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SKILL.md
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---
name: t
description: 'World T Skill'
version: 1.0.0
---

# World T Skill

**Trit**: +0 (ERGODIC (coordinator/synthesizer))
**Color Range**: Neutral hues (60-180°)
**Index**: 19
**Wallet**: world_t_aptos
**MCP Server**: `mcp__world_t_aptos__*`

## GF(3) Role

This world operates as **ERGODIC (coordinator/synthesizer)** in the triadic system.

Conservation law: `Σ trits ≡ 0 (mod 3)` across all parallel operations.

## Usage

Access blockchain operations via MCP tools:

```
mcp__world_t_aptos__aptos_balance      # Check APT balance
mcp__world_t_aptos__aptos_transfer     # Transfer APT (requires approval)
mcp__world_t_aptos__aptos_swap         # Swap tokens on DEX
mcp__world_t_aptos__aptos_stake        # Stake with validator
mcp__world_t_aptos__aptos_view         # Call view function (read-only)
mcp__world_t_aptos__aptos_intent       # Natural language intent
mcp__world_t_aptos__aptos_pending      # List pending decisions
mcp__world_t_aptos__aptos_approve      # Approve/reject decision
```

## World Description

CatColab collaborative CT

## Triadic Coordination

When operating in parallel with other worlds:

| Your Role | Partner Roles | Combined |
|-----------|--------------|----------|
| +0 | Need -1, +1 | Σ = 0 ✓ |

## Related Skills

- `aptos-agent` - Core Aptos interaction patterns
- `aptos-society` - World Extractable Value (WEV) contracts
- `gay-mcp` - Deterministic color generation from seed
- `plurigrid-asi-integrated` - Unified skill orchestration

## Customization

Add world-specific configurations below this line:

---

<!-- World T custom content -->

Overview

This skill provides World T capabilities for coordinating topological chemputer-style workflows on Aptos via MCP tools. It exposes read and write actions for balances, transfers, swaps, staking, and decision management while enforcing triadic coordination rules. It is designed for automation agents that need deterministic, parallel-safe interactions with blockchain resources.

How this skill works

World T acts as an ERGODIC coordinator/synthesizer in a GF(3) triadic system and enforces the conservation law Σ trits ≡ 0 (mod 3) across parallel operations. It maps common blockchain tasks to MCP endpoints (balance, transfer, swap, stake, view, intent, pending, approve) so agents can call those primitives programmatically. Parallel interactions with other worlds should follow the triadic role rules to maintain global state consistency.

When to use it

  • Automating Aptos token management (balance checks, transfers, swaps).
  • Coordinating staking and validator interactions as part of a multi-agent flow.
  • Orchestrating parallel decision workflows that require triadic consistency.
  • Testing or simulating topological chemputer patterns with blockchain side effects.
  • Integrating with higher-level agent systems that require deterministic role assignment.

Best practices

  • Respect the GF(3) conservation law when designing parallel operations to avoid inconsistent outcomes.
  • Use mcp__world_t_aptos__aptos_view for read-only checks before issuing state-changing calls.
  • Require explicit approvals for transfers and staking to keep intent and pending flows auditable.
  • Limit concurrent state writes and prefer queued intents when multiple worlds operate together.
  • Log trit assignments and role pairings to help debug triadic coordination issues.

Example use cases

  • A governance agent reads pending proposals, emits an aptos_intent, and waits for aptos_approve before executing transfers.
  • A trading orchestrator checks aptos_balance, performs aptos_swap on a DEX, and reconciles results across parallel worlds.
  • A staking manager queries validators with aptos_view, initiates aptos_stake, and monitors stakes via aptos_pending.
  • A composable workflow ties multiple worlds together, assigning roles (+0, +1, -1) to satisfy Σ trits ≡ 0 during multi-step asset movements.

FAQ

What does ERGODIC coordinator/synthesizer mean here?

It indicates the world plays a neutral coordinating role in triadic systems, synthesizing inputs and ensuring global conservation of trits.

How do I call these MCP endpoints?

Use your platform's MCP client to invoke mcp__world_t_aptos__* functions (balance, transfer, swap, stake, view, intent, pending, approve). Follow your environment's authentication and approval flows.