- Move orphaned modules (data_segment.py, contour_models.py, marching_squares.py) to attic/.
- Standardize local settings logic, serial port parameters, and graph view plots.
- Update pyproject.toml pyside6-project dependencies and configure gitignore.
- Add a 'Browse...' button to the Connection Status panel in StatusTab.qml.
- Check if save directory is set before wafer detection in HomePage.qml, prompting the user if empty.
- Resolve QML Connections warning by renaming onLogMessageEmitted to onLogMessage.
- Remove temporary debug stack traces from device_controller.py.
- Define WaferLayout subclass to wrap sensor lists with shape and size attributes.
- Add resolve_shape_and_size resolver to infer wafer shape/size from filename prefix or sensor count.
- Update Sensor dataclass to support dynamic side alignments and coordinates offsets.
- Expose waferShape and waferSize properties from SessionController for QML data-bindings.
- Add automatic format detection (binary, ASCII hex dump, or text line) in StreamReader based on stream preambles.
- Implement fallback to 115200 baudrate when 888888 ioctl fails (critical for macOS PTYs).
- Parse binary streams (X family) with little-endian sequence/length headers and Modbus CRC-16 checks.
- Discover and prioritize virtual serial ports (from running socat instances) in enumerate_ports using lsof.
- Update FakeTransport to mock read() and readline() calls for unit test compatibility.
- Introduced a new Wafer Map tab in the HomePage.qml, which loads WaferMapTab.qml when selected.
- Created WaferMapTab.qml to display wafer map with live data and controls.
- Added ReadoutPanel.qml for displaying sensor statistics and thresholds.
- Implemented SourcePanel.qml for file selection and filtering.
- Developed TransportBar.qml for playback controls.
- Added WaferMapView.qml to visualize wafer data with interactive features.
- Created ReplaceSensorDialog.qml for sensor value overrides.
- Updated Theme.qml for new color schemes and UI adjustments.
- Modified qmldir files to include new components in the ISC.Tabs and ISC.Tabs.components modules.
- Introduced new YAML layout files for wafers B, C, D, F, X, Z, and their reversed versions.
- Implemented RBF heatmap interpolation using CuPy and NumPy for GPU acceleration.
- Created a backend module to load wafer layouts from YAML files, mirroring the existing schema.
- Developed a QQuickPaintedItem for rendering wafer maps, including sensor markers, heatmaps, and labels.
- Enhanced the drawing capabilities with concentric rings, crosshair axes, and orientation markers.
Move all application source under src/pygui/ and rewire imports,
build config, and QML module path to match.
- Relocate backend/, serialcomm/, and the ISC QML module into
src/pygui/; convert main.py into pygui/__main__.py with a main()
entry point (run via `python -m pygui` or the new `isc` script)
- Rewrite absolute imports: backend.* -> pygui.backend.*,
serialcomm.* -> pygui.serialcomm.* (source + tests)
- Move app icons (isc.ico/icns) into packaging/
- Update README and ISC.qmlproject to the new paths
- Changed application entry point to use QApplication for better compatibility with widgets.
- Set up QML UI style to support custom button backgrounds.
- Introduced LocalSettingsModel and FileBrowser for managing application settings and file selection.
- Updated QML components to reflect new data models and improve layout consistency.
- Enhanced Theme.qml with detailed comments and improved color management for better readability.
- Updated to include new files for the project.
- Modified to improve layout and navigation, including new properties for tab and action management.
- Introduced for file selection with metadata editing capabilities.
- Created for managing application settings and integrating the file selection dialog.
- Introduced .gitignore to exclude common Python artifacts and IDE files.
- Added contour models for contour generation.
- Implemented cryptographic utilities for data encryption and decryption.
- Created CSV metadata model for handling wafer data.
- Developed time-indexed data segment model.
- Established local settings model for application configuration.
- Added Z-wafer data models and parser for CSV file handling.
- Implemented Marching Squares algorithm for contour generation.
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Jack.Le