Final PR to main branch - #44
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…ling - Removed redundant code related to LaTeX executable configuration - Simplified the logic for locating the LaTeX environment - Added import of the `sys` module for improved functionality in path handling.
- Added a new module for CAD image generation using headless rendering with Qt and OpenCASCADE. - Integrated image generation into the design report workflow, ensuring 3D, front, top, and side views are created with accurate colors. - Updated the requirements to include necessary dependencies for rendering. - Introduced unit and integration tests for the new image generation functionality. - Enhanced documentation to outline the image generation process and setup requirements.
- Introduced a `SimpleConnectionValidator` class for reusable input validation across simple connection modules. - Added factory functions for creating specific validators for bolted and welded connections. - Enhanced error handling with custom exceptions for missing keys, invalid input types, and range violations. - Updated existing adapters to utilize the new shared validation system, reducing code duplication. - Documented the validation system and its usage in the project documentation.
…dling - Updated `SimpleConnectionViewSet` to return a "coming soon" message for modules without CAD support instead of an error. - Improved error handling in CAD generation for modules, ensuring a consistent response structure. - Integrated custom logger for better logging of errors and warnings in `butt_joint_bolted`, `butt_joint_welded`, `lap_joint_bolted`, and `lap_joint_welded` adapters. - Added sample input documentation for simple connection modules to assist users in providing valid inputs. - Refactored validation logic in input handling to ensure robustness and clarity.
…lted connections - Implemented `create_cad_model` function in the `adapter.py` for both Butt Joint Bolted and Lap Joint Bolted modules to generate CAD models based on input parameters. - Enhanced the `Service` class to include a static method `get_cad_model` for easy access to CAD model generation. - Updated the output configuration to include relevant parameters for CAD models, ensuring proper integration with the existing system. - Improved logging throughout the CAD generation process for better traceability and debugging. - Refactored input handling to ensure compatibility with the new CAD generation features.
- Enhanced `create_cad_model` functions in the adapters for Butt Joint and Lap Joint connections to support new section mappings: Plate 1, Plate 2, Cover Plate, and Welds. - Improved validation for section inputs to ensure compatibility with updated CAD options. - Refactored model generation logic to handle individual plate and weld components more effectively. - Updated file naming conventions to replace spaces with underscores for better compatibility. - Enhanced logging for CAD generation processes to improve traceability and debugging. - fixed coordinates of cad view
…e connections - Added logic to handle "Weld" entries in hover dictionaries, ensuring "Welds" is populated when necessary. - Updated output configuration labels for Plate Base Capacity and Utilization to reflect connected plate terminology. - Integrated `create_cad_model` method into the Service classes for both Butt Joint and Lap Joint Welded connections, facilitating CAD model generation. - Improved documentation for the new `get_cad_model` method, detailing input parameters and return values.
- Refactored `BASE_PLATE_CAD_SECTIONS` to include only relevant sections: Model, Column, and Plate. - Enhanced `create_cad_model` function to support new CAD generation logic, including error handling and file writing for BREP and STL formats. - Updated `basePlateConfig.js` to reflect changes in CAD options, removing unnecessary entries. - Improved documentation for CAD model generation, clarifying input parameters and expected outputs.
Add Struts Bolted to End Gusset module
…nput flows
- Routing & project IDs: Normalize all design routes to use path-based :projectId and update EngineeringModule to resolve project IDs from the URL and normalize query-based links.
- Navigation guard: Fix history handling to avoid “operation is insecure” errors and preserve project IDs in the URL when blocking back navigation for unsaved work.
- Component re-org: Move shared engineering UI (logs, screenshot capture, design preferences, section modals) into modules/shared/components, relocate auth/homepage UI, and delete the legacy src/components folder.
- Firebase auth as single source: Unify auth checks through useAuth and utils/auth, remove duplicate onAuthStateChanged listeners, and rely only on Firebase + guest mode (userType) for authentication.
- Legacy user/input system removal: Remove UserProvider, UserContext, and UserAccount, along with legacy input-file flows (inputFilesLink, allInputValueFilesLength, api/user/saveinput/, api/user/obtain-input-file/), relying solely on projects + inputs_json.
- Design-report & JWT cleanup: Delete the deprecated createDesignReport API, clean up JWT-related comments, and ensure design reports only use the new multi-step flow via useDesignReport and DesignReportModal.
- Custom material gating: Replace localStorage("isLoggedIn") checks with isGuestUser() so only non-guest users can save custom materials to the database, while guests can still use local cache.
…oved logging context
- Introduced the Axially Loaded Column submodule within the Compression Member section, including new views, adapters, and configuration files. - Updated routing and API constants to support the new module. - Enhanced the CAD generation logic and input validation for the Axially Loaded Column design. - Added necessary frontend components and configurations to facilitate user interaction and data submission for the new design type.
Updated the UI of ouputdock
- Added a check to clear logs for instances of CustomLogger in various connection and member classes to ensure a clean logging state. - Removed redundant log reversal logic from the generate_output function in the fin_plate adapter, simplifying the output generation process.
- Removed the GridSelector import and related functionality from EngineeringModule. - Replaced AxisHelperWidget with ViewCubeWidget in CadScene for enhanced navigation. - Added ViewCubeWidget and its utility functions for improved 3D view control. - Updated cad index file to export the new ViewCubeWidget. - Introduced viewCubeUtils for managing ViewCube geometry and interactions.
…rs, fix metrics-collector volumes
- Backend submodule (adapter, service, tasks, imports) + core design logic - Frontend module (config, components, PSO dashboard, graph) - WebSocket consumers for PSO (Celery-based) + Sabeena's graph batching in tasks.py
- Backend: PSO WebSocket route, Celery task autodiscovery, options endpoint, CAD sections, report map - Frontend: MODULE_KEY_PLATE_GIRDER, route, menu entry, API slug, App router
- Fix length units to mm end-to-end (frontend config + adapter) to match desktop - Render Customized/Optimized inputs correctly (Set Bounds / All) via conditionalType + optimized_number - Fix live PSO streaming: remove double WebSocket connect race; send start on open - Make PSO headless-safe: guard Qt matplotlib backend + PySide6 imports; drop unused import - Show desktop-style PSO popup (3D scatter + I-beam) via OptimizationGraph, auto-dismiss status modal - Implement plate girder CAD generation (was a stub): Model, Web, Top Flange, Bottom Flange, Stiffeners - Wire CAD parts through /cad sections, manifest colors/view mappings, and optimized result (base64 STL) - Fix CadViewer SceneManager to render Model when parts are not standard connection parts - Add plate-girder-module-integration spec (design/requirements/tasks)
- Verified output sections/fields/keys match desktop (Section, Moment, Shear, Stiffener, Deflection, Weld) - Fix labels: Longitudnal -> Longitudinal (Stiffener Thickness, Number of Stiffeners)
- Remove debug console.log calls and dead commented params block in plateGirderConfig - Revert PSO consumer diagnostic log from INFO back to DEBUG - Remove temp CAD artifacts; minor CAD builder tidy-up
…ad code - Move PSOOptimizationConsumer into existing apps/core/consumers.py (next to TaskStatusConsumer) - Remove parallel apps/core/websocket/ package; register PSO route in existing apps/core/routing.py - Remove dev-status/phase narration comments and debug prints across plate girder backend files - Delete unused PSODashboard and its ParallelCoordinatesPlot/PerformanceMap/CrossSectionPreview components (superseded by OptimizationGraph) - Reuses existing Celery app for the PSO task (no parallel infrastructure)
…ams by adjusting paddings, widths, and marker scaling.
…-effect timeouts with cleanup functions
…update celery command in docker-compose and requirements for uvicorn
…hile adding utility scripts for import tracking.
…ion, and refine optimization configuration
…oring, and automated deployment script
…e plate connection
- Add missing Lateral Torsional Buckling Details section (Torsional/Warping Constant, Imperfection, Stress Reduction, ND Eff. Senderness, Compressive Stress, Critical Moment) - Field keys and labels sourced from desktop flexure.py output_values to match exactly
- Map end conditions Member.End_1/End_2 to core keys End_1/End_2 (was defaulting to Fixed-Fixed, K=0.65) - Corrects effective length, slenderness, compressive stress, design strength, and optimum section selection
- angle_weld_length now returns (l_heel, l_toe), splitting force between heel and toe sides - weld_plate_length sums web_weld + heel + toe (was web_weld + 2*heel), matching desktop - corrects weld effective length and stress (e.g. Eff.Length 529, Stress 45.01) - applied same update to tension_welded (shares angle_weld_length)
- output dock fy/gamma_m0 now uses the result section value (result_fcd_2) instead of the last-iterated section leftover (f_cd_2) - align fcd label with desktop (f_cd)
- rename intermittent sections to match desktop (Weld Details, Plate Details) - add Connection Details subsection under Intermittent Connection - comment out the Plate Capacity button in the UI (modal defs kept)
…ns across engineering modules while removing legacy build scripts
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things done