pipergo2-demo

Orchestrate deterministic PiperGo2 demo routing for navigation and pick tasks in PyBullet simulation.

Updated Apr 27, 2026
One-click install
npx skills add https://github.com/DevMewada1299/ClearBot --skill pipergo2-demo
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: pipergo2-demo
Source: https://github.com/DevMewada1299/ClearBot/tree/main/PhyAgentOS/skills/pipergo2-demo
Command: npx skills add https://github.com/DevMewada1299/ClearBot --skill pipergo2-demo

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill provides a deterministic demonstration routing pipeline for PiperGo2 in a simulated environment, coordinating open simulation, desk navigation, and staged picks to showcase rule-based and learned-control behaviors.

Core Features & Use Cases

  • Deterministic routing: Orchestrates a fixed sequence of actions to demonstrate PiperGo2 capabilities in a safe, simulated setting.
  • Dual-mode pick strategies: Supports both rule-based pickup and SmolVLA-based pickup without requiring a full return to home between steps.
  • Demo-oriented scenarios: Useful for QA, training, and explorative testing of navigation, manipulation, and policy execution in a contained workspace.

Quick Start

Execute the demo sequence to open the simulation, navigate to the desk, pick and return a red cube using the rule-based path, then deploy a VLA to pick the red cube.

Frequently Asked Questions about pipergo2-demo

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I run a deterministic navigation and pick demo for a robot in PyBullet simulation?

You can run a deterministic navigation and pick demo in PyBullet simulation by executing a fixed routing sequence that opens the environment, navigates to a desk, picks a red cube, and returns it.

What is the difference between rule-based and VLA-based pick strategies in robot simulation?

Rule-based picking executes scripted actions for object retrieval, while VLA-based picking deploys a learned policy. This demo supports both strategies sequentially without requiring a full return to home between steps.

Can I use a VLA model for robotic manipulation without returning the arm to home position?

Yes, this demo pipeline supports executing a VLA-based pick immediately after a rule-based pick, allowing staged manipulation behaviors without forcing a full return to home between operational steps.

How do I automate QA testing for robotic navigation and manipulation in a simulated environment?

You can automate QA testing for robotic navigation and manipulation by orchestrating a deterministic demo routing sequence in PyBullet, coordinating scripted actions and closed-loop policy execution for explorative testing.

Does this robot simulation demo support staged pick and navigation tasks for training purposes?

Yes, the demo is designed for QA, training, and demonstration tasks, orchestrating named navigation and closed-loop pick execution in a contained PyBullet workspace with open-source drivers.