Circuit-Intimate Therapy for Openclaw

A sophisticated psychological counseling framework that maps intimate relationship dynamics onto electronic circuit theory for diagnosis and intervention.

junwugit
v1.0.0
May 10, 2026
0
601
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install circuit-intimate-therapy

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install circuit-intimate-therapy using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Circuit-Intimate Therapy?

Circuit-Intimate Therapy is a specialized cognitive tool designed for marriage and family therapists, educators, and couples. It uses electronic engineering concepts—such as RLC components, resonance, and Zener diodes—as structural metaphors for complex human emotions and social interactions based on established psychological theories from Gottman, Miller, and Sternberg.

By leveraging the Openclaw Skills framework, this agent provides case diagnosis and intervention planning through a unique 'Circuit Reading' lens. It translates psychological terminology into technical diagrams and generates real-time interactive HTML applications to visualize relationship patterns like demand-withdraw cycles or attachment styles.

Circuit-Intimate Therapy Use Cases

  • Diagnosing recurring relationship conflicts by identifying circuit-level issues like excessive relational inertia (Inductance) or low emotional capacity (Capacitance).
  • Translating evidence-based therapy techniques from experts like Gottman or Bowen into technical circuit language for engineers and analytical thinkers.
  • Generating interactive educational demos to visualize concepts such as negative affect reciprocity or active-constructive capitalization styles.
  • Designing clinical intervention plans that prioritize fixing the foundational DC bias (commitment) before addressing AC oscillation (daily stressors).

How Circuit-Intimate Therapy Works

  1. Input Analysis: The agent identifies the user's level of inquiry: Component level (basic traits), Topology level (interdependence), Nonlinear level (boundaries/thresholds), or Clinical level (complex diagnosis).
  2. Theoretical Mapping: It matches user scenarios against the circintimate.md database, linking electronics to psychological texts like Miller's Intimate Relationships.
  3. Circuit Reading: The agent generates a 'Reading' consisting of Resistors (R), Inductors (L), Capacitors (C), and DC Bias to model the relationship's current state.
  4. Interactive Simulation: Utilizing the Openclaw Skills infrastructure, the agent triggers the generation of a custom HTML app to demonstrate the dynamic behavior of the diagnosed circuit.
  5. Intervention Design: It suggests structural changes to the 'circuit,' such as adjusting resistance to improve damping (resolution) or fixing a 'leaky diode' (boundary issue).

Circuit-Intimate Therapy Setup

To deploy this skill, ensure the directory structure is mapped to the custom root placeholder ~/ (equivalent to /home/jjw/ele/).

# Navigate to the project root
cd /home/jjw/ele/

# Ensure common assets are available for app generation
ls ./circapps/common.css ./circapps/common.js

# Initialize the skill with the primary reference data
# The agent will read ~/circintimate.md to begin processing

Circuit-Intimate Therapy Data Schema & Taxonomy

Category Data Type Contents
References Markdown Theoretical mappings for components, diodes, and clinical interventions.
Apps HTML/JS 12 Canonical interactive apps located in ~/circapps/.
Generated HTML Context-specific interactive demos saved to ~/circapps/generated/.
Taxonomy Table Mapping of V (Stress), I (Emotional Flow), and DC Bias (Commitment).

Circuit-Intimate Therapy Advanced Features

  • Real-time App Generation: Automatically crafts bespoke HTML5 canvases to visualize unique case histories using standardized visual systems.
  • Progressive Disclosure: Strategically reveals technical details across five levels of complexity to prevent information overload.
  • VSA Model Integration: Tracks relationship trajectories over time by evolving RLC parameters according to Karney & Bradbury’s Vulnerability-Stress-Adaptation framework.
  • Multi-Agent Redirection: Capability to hand off detailed queries to specific sub-skills for in-depth chapter-level analysis.

SKILL.md


Loading

Related Openclaw Skills

METADATA

Github Stars: 0
forks: 0

Featured*