Current AGI GPTs are capable of various tasks, including breaking down ambiguous goals into detailed task components. Here's an example of such a breakdown:
### Task: Design State Transition Diagram for WiFi Router LED Indicator
**Index:** P1-TDesign
**Process:** Design Phase
**Step:** SDesign
**Task:** Create a state transition diagram to represent the behavior of the LED indicator on a wireless router based on WiFi connectivity status.
**SubTask: Define States and Transitions**
- **Work Index:** WDesign.1
- **Input:** Requirements for LED behavior based on WiFi connectivity.
- **Prompt:** Define all the states that the router's LED indicator can be in, such as 'Connected (LED ON)' and 'Disconnected (LED OFF),' and the transitions between these states depending on whether the WiFi is connected or disconnected.
- **Output:** List of states and conditions for transitions.
- **Status:** NotYet
- **Dependencies:** None
- **Time (s):** 900-1800
**SubTask: Draft State Transition Diagram**
- **Work Index:** WDesign.2
- **Input:** List of states and conditions from WDesign.1.
- **Prompt:** Using the defined states and transitions, create a draft of the state transition diagram that visually represents the functioning of the router's LED indicator in relation to the WiFi connection status.
- **Output:** Draft state transition diagram.
- **Status:** NotYet
- **Dependencies:** WDesign.1
- **Time (s):** 1800-2700
**SubTask: Finalize State Transition Diagram**
- **Work Index:** WDesign.3
- **Input:** Draft state transition diagram from WDesign.2.
- **Prompt:** Refine the draft diagram based on any feedback or additional requirements, ensuring clarity and accuracy in representing the router's LED behavior.
- **Output:** Final state transition diagram.
- **Status:** NotYet
- **Dependencies:** WDesign.2
- **Time (s):** 900-1800
This work breakdown helps systematically design the state transition diagram for a wireless router's LED indicator. It involves defining states and transitions, drafting the diagram, and then finalizing it to ensure a clear and accurate representation of the LED's behavior in response to WiFi connectivity.