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Description
Here is a structured list of issues you can create for porting the PSLab Android App to Flutter. Each issue addresses a specific feature or functionality from the existing Android implementation.
UI and Navigation
- Implement Home Screen with navigation drawer (Anashuman)
- Design and implement responsive UI for multiple screen sizes and devices
- Implement theming (light/dark modes) #2705 [Yugesh]
- Localization setup for multiple languages (Anashuman)
Device Connection Management (Anashuman)
- Implement USB connection handling for PSLab hardware
- Bluetooth connection and device pairing implementation
- Add WiFi Connectivity and setup screens #2736
- Real-time connection status indicator
Instrument Modules
Oscilloscope (Anashuman)
- Implement Oscilloscope UI and graph rendering
- Real-time waveform plotting
- Data acquisition from hardware interface
Multimeter (Anashuman)
Logic Analyzer (Anashuman)
- Logic Analyzer UI and digital signal visualization
- Implement sampling configuration (timing, triggering)
Wave Generator
- Wave Generator controls and waveform presets
- Real-time waveform generation and hardware integration
Power Source
- Power Source configuration and output control
- Safety checks and warnings implementation
Lux Meter (Yugesh)
Barometer (Yugesh)
Compass (Yugesh)
Accelerometer (Anashuman) [Done]
- Real-time accelerometer data visualization
Gyroscope (Yugesh)
Robotic Arm Control (Rahul)
- Interface design for robotic arm manipulation
- Implement communication protocol with robotic hardware
Experimentation Features
General Experiment Framework (Yugesh)
-
Experiment documentation viewer for each screen
- Oscilloscope
- Multimeter
- Logic Analyzer
- Wave Generator
- Power Source
- Lux Meter
- Barometer
- Compass
- Accelerometer
- Gyroscope
- Robotic Arm Control
Experiments
Electronics Experiments
- Implement Ohm's Law experiment
- Zener diode characteristics experiment
- Transistor amplifier analysis UI and logic
Physics Experiments
- Pendulum motion experiment interface
- Projectile motion experiment setup
- Light intensity versus distance experiment
Environmental Science Experiments
- Temperature and humidity monitoring experiment
- Air quality assessment experiment
- Barometric pressure tracking experiment
Sensor Integration (External Sensors)
- I2C sensor integration framework
- SPI sensor communication implementation
- UART communication for external sensors
- Example implementation: Temperature sensor integration
- Example implementation: Gas sensor integration
Data Management and Export
- Data acquisition and local storage
- Implement CSV data export functionality
- Graphical analysis and data visualization tools
Settings and Configuration
- Device calibration screens and logic
- User preference settings (display, units, theme)
- Storage management (clear cache, delete logs)
Documentation and Help (Yugesh)
- In-app experiment documentation and help screens
- Troubleshooting guides and FAQ section
Permissions and Security (Anashuman)
- Runtime permissions handling (USB, Bluetooth, sensors)
- Implement secure data handling and privacy guidelines
Design and UX Improvements (Anashuman)
- Modernize UI components and enhance user interaction
- Consistent design across all screens following Material Design 3 guidelines
Hardware Compatibility and Firmware
- Firmware compatibility testing and integration (Anashuman)
- Firmware update feature implementation
- Error handling and firmware mismatch warnings (Anashuman)
Quality Assurance and Testing
- Unit testing for each functional module
- Integration testing with PSLab hardware
- Continuous integration and deployment pipeline setup (CI/CD) (Anashuman)
- Manual testing protocols and documentation
Miscellaneous Features
- About app screen (version info, contributor credits)
- Feedback and bug-reporting mechanism