👾Robot Creation

How to create a robot or environment

1️⃣ Create Robot (Create Environment)

Purpose:

Build a fully original robot from scratch with complete customization.

Workflow:

1. User initiates "Create Robot" from the frontend.

2. System auto-generates a new robot draft, including:

   • A unique sim_typeX (for simulation mapping).

   • A unique robot_00X (for rule tracking).

   • Default placeholder values for:

     • Robot status

     • Robot commands

     • Environmental rules

3. User customizes every element:

   • Appearance

   • Movement

   • Sensors

   • Abilities

   • Environment interactions

4. Draft is saved in a JSON configuration file for future editing.

5. Robot can be deployed immediately or later.

Capabilities:

• Full creative control over the robot’s design and behavior.

• Environment objects receive unique IDs for easy reference.

• Robots can be deployed at any time by the user.

Frontend Label:

Create Robot

Use Case:

Ideal for advanced users who want full control over their robot and its environment.

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2️⃣ How the System Manages Robots

Unique Identifiers:

• Robots:

  • sim_typeX → Simulation mapping

  • robot_00X → Rule tracking

• Environment Objects:

  • Automatically assigned unique IDs for precise interaction.

Draft Management:

• Saved as JSON configuration files.

• Editable anytime before deployment:

  • Status

  • Commands

  • Rules

Tokenization (On-Chain):

• When a robot is deployed:

  • A base token is minted on-chain.

  • This represents:

    • Ownership

    • Value

    • Simulation history

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3️⃣ Choosing Between Deploy and Create

Option	Customization Level	Ease of Use	On-Chain Token
Deploy Robot	Limited	Easy	✅ Automatic
Create Robot	Full	Medium	✅ Optional (after deployment)

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🔁 Robot Creation Flow (Visual)

Step 1: User Chooses an Option

[User Chooses Option] 
         |
         v
  -----------------
  | Deploy Robot? |
  -----------------

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✅ Deploy Robot (Add Robot)

[Select one of 3 default robots] 
         |
         v
[Backend validates selection]
         |
         v
[Robot deployed with default settings]
         |
         v
[Base token minted on-chain]
         |
         v
[Robot ready in simulation]

• Frontend Label: Deploy Robot

• Notes:

  • Choose from pre-defined robots

  • Minimal setup required

  • Token automatically minted

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🎨 Create Robot (Create Environment)

[Create Robot Draft] 
         |
         v
[System generates new sim_typeX & robot_00X]
         |
         v
[Default status, commands, and rules created]
         |
         v
[User customizes robot freely]
         |
         v
[Draft saved in JSON configuration]
         |
         v
  ---------------------
  | Deploy robot now? |
  ---------------------
       /       \
      /         \
    Yes         No
     |           |
     v           v
[Robot deployed] [Draft remains for editing]
     |
     v
[Base token minted on-chain]

• Frontend Label: Create Robot

• Notes:

  • Full customization

  • Draft saved for continued edits

  • Token minted only when deployed

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🔑 Key Points Summary

• All robots—default or custom—can be deployed and tokenized.

• Custom robots allow full control over:

  • Status

  • Commands

  • Environmental interactions

• Drafts are saved in JSON for flexible, ongoing modification.

• Unique identifiers (sim_typeX, robot_00X) ensure consistent management across simulation and rule layers.