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Add ROS2 bridge
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@@ -17,10 +17,10 @@
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- **Development Environment**: Comprehensive seed data and documentation
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### Critical Gaps
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- **Wizard Interface**: Needs complete revamp - current implementation insufficient
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- **Robot Control**: Not working yet - core functionality missing
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- **Wizard Interface**: ✅ COMPLETE - Role-based views implemented (Wizard, Observer, Participant)
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- **Robot Control**: Not working yet - core functionality missing (NEXT PRIORITY)
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- **NAO6 Integration**: Cannot test without working robot control
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- **Trial Execution**: Dependent on wizard interface completion
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- **Trial Execution**: WebSocket implementation needed for real-time functionality
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### Platform Constraints
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- **Device Target**: Laptop-only (no mobile/tablet optimization needed)
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@@ -65,25 +65,37 @@
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#### Week 1-2: Foundation (Sept 23 - Oct 6)
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**WIZARD-001: Wizard Interface Architecture** - CRITICAL
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**WIZARD-001: Wizard Interface Architecture** - ✅ COMPLETE (December 2024)
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- **Story**: As a wizard, I need a functional interface to control experiments
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- **Tasks**:
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- Design wizard interface wireframes and user flow
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- Implement basic panel layout (trial info, current step, controls)
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- Create trial state management (start/pause/stop/complete)
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- Build step navigation and progress tracking
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- **Deliverable**: Basic wizard interface shell with navigation
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- **Effort**: 8 days
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- ✅ Design wizard interface wireframes and user flow
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- ✅ Implement three-panel layout (trial controls, execution view, monitoring)
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- ✅ Create role-based views (Wizard, Observer, Participant)
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- ✅ Build step navigation and progress tracking
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- ✅ Fix layout issues (double headers, bottom cut-off)
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- **Deliverable**: Complete wizard interface with role-based views
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- **Effort**: 12 days (completed)
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**ROBOT-001: Robot Control Foundation** - CRITICAL
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**ROBOT-001: Robot Control Foundation** - CRITICAL (NEXT PRIORITY)
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- **Story**: As a wizard, I need to send commands to NAO6 robot
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- **Tasks**:
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- Research and implement NAO6 WebSocket connection
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- Create basic action execution engine
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- Implement mock robot mode for development
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- Build connection status monitoring
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- Integrate with existing wizard interface
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- **Deliverable**: Robot connection established with basic commands
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- **Effort**: 6 days
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- **Effort**: 8 days (increased due to WebSocket server implementation needed)
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**WEBSOCKET-001: Real-Time Infrastructure** - CRITICAL (NEW PRIORITY)
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- **Story**: As a system, I need real-time communication between clients and robots
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- **Tasks**:
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- Implement WebSocket server for real-time trial coordination
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- Create multi-client session management (wizard, observers, participants)
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- Build event broadcasting system for live trial updates
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- Add robust connection recovery and fallback mechanisms
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- **Deliverable**: Working real-time infrastructure for trial execution
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- **Effort**: 10 days
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#### Week 3-4: Core Functionality (Oct 7 - Oct 20)
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@@ -95,19 +107,20 @@
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- Create simple gesture library
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- Add LED color control
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- Implement error handling and recovery
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- **Deliverable**: NAO6 performs essential experiment actions reliably
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- **Effort**: 8 days
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- Integrate with WebSocket infrastructure for real-time control
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- **Deliverable**: NAO6 performs essential experiment actions reliably via wizard interface
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- **Effort**: 10 days (increased due to real-time integration)
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**TRIAL-001: Trial Execution Engine** - CRITICAL
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**TRIAL-001: Trial Execution Engine** - HIGH PRIORITY
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- **Story**: As a wizard, I need to execute experiment protocols step-by-step
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- **Tasks**:
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- Build trial state machine with database persistence
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- Implement step-by-step execution workflow
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- Create event logging with timestamps
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- Add manual intervention controls
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- ✅ Basic trial state machine exists (needs WebSocket integration)
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- Connect existing wizard interface to real-time execution
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- Enhance event logging with real-time broadcasting
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- Add manual intervention controls via WebSocket
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- Build trial completion and data export
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- **Deliverable**: Complete trial execution with data capture
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- **Effort**: 6 days
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- **Deliverable**: Complete trial execution with real-time data capture
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- **Effort**: 8 days (integration with existing wizard interface)
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#### Week 5-6: Integration & Testing (Oct 21 - Oct 31)
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