- Introduced a new API endpoint for retrieving real-time simulation configuration, allowing users to view progress and metadata during simulation generation.
- Updated frontend API service to include the new real-time configuration method.
- Enhanced Step2EnvSetup.vue to support real-time polling for configuration updates, improving user experience during simulation setup.
- Revised display logic to show detailed configuration summaries and orchestration content, enriching the simulation setup process.
- Changed step title to reflect dual-platform simulation configuration.
- Revised API note to specify the endpoint for simulation preparation.
- Enhanced description to provide detailed context on LLM's configuration parameters based on simulation needs and real-world seeds.
- Updated profile description to provide clearer context on entity initialization and behavior configuration.
- Removed the expand button for profile details, simplifying the interface.
- Adjusted the display logic to show all profiles directly, improving accessibility.
- Enhanced modal layout with additional fields for real name, username, and profession, enriching user engagement.
- Improved styling for better readability and visual consistency across profile sections.
- Removed the progress bar section to streamline the interface.
- Updated labels for agent statistics to enhance clarity and localization.
- Introduced a computed property to calculate the total number of associated topics across profiles.
- Enhanced profile display with additional fields for real name, username, and profession, improving user engagement.
- Adjusted styling for better layout and readability of profile information.
- Added a new method in simulation.js for retrieving detailed run status.
- Revised descriptions in Step1GraphBuild.vue and Step2EnvSetup.vue for improved clarity on simulation processes.
- Updated titles and labels in Step2EnvSetup.vue to better reflect the initialization and setup stages.
- Enhanced styling and layout in Step2EnvSetup.vue for a more cohesive user experience.
- Adjusted descriptions in Home.vue to accurately represent the simulation workflow.
- Introduced simulation.js API for creating and managing simulations, including methods for creating, preparing, and retrieving simulation statuses.
- Added Step1GraphBuild.vue and Step2EnvSetup.vue components to facilitate the graph building and environment setup processes, enhancing user interaction and workflow.
- Updated MainView.vue to integrate new components and manage the simulation workflow, including step indicators and navigation between steps.
- Created SimulationView.vue for displaying simulation details and managing the simulation environment, improving overall user experience and functionality.
- Changed maximize button icon for better visual representation.
- Revised descriptions in WorkbenchPanel.vue to enhance clarity and context regarding ontology generation and graph building processes.
- Updated step titles and descriptions to reflect more accurate terminology and user guidance.
- Updated button labels to display localized text for different view modes.
- Added a workflow step indicator to provide users with progress context.
- Enhanced styling for header elements, including font adjustments and layout improvements for better visual consistency.
- Introduced x and y forces to attract independent nodes towards the center, enhancing the overall layout and clustering of nodes in the graph visualization.
- Improved the simulation dynamics for a more cohesive visual representation of the graph.
- Added a title to the graph panel for better context.
- Improved detail panel to show additional attributes such as UUID, creation date, and labels for nodes and edges.
- Introduced self-loop handling with expanded views for self-loop groups.
- Implemented edge labels toggle functionality for improved user interaction.
- Enhanced styling for better readability and visual consistency across components.
- Introduced GraphPanel.vue for dynamic graph visualization, featuring real-time updates, node and edge detail panels, and loading states.
- Added WorkbenchPanel.vue to manage ontology generation and graph building processes, including progress tracking and system logs.
- Updated MainView.vue to integrate both panels, allowing users to switch between graph and workbench views seamlessly.
- Enhanced styling across components for improved user experience and visual consistency.
- Updated the navigation bar to include a centralized step indicator for improved visibility.
- Introduced a full-screen toggle feature, allowing users to expand the graph display for better interaction.
- Enhanced styling for panels and buttons, including adjustments to dimensions, colors, and hover effects for a more cohesive user experience.
- Improved layout responsiveness and added transitions for smoother visual effects during state changes.
- Updated the `get_graph_data` method in `graph_builder.py` to include additional attributes such as creation time, validity periods, and episodes for nodes and edges, improving the richness of the graph data.
- Modified the detail panel in `Process.vue` to present new attributes, including properties, episodes, and timestamps, enhancing user interaction and data visibility.
- Improved styling for the detail panel to better organize and present the comprehensive information for selected nodes and edges.
- Implemented a detail panel that displays comprehensive information for selected nodes and edges, enhancing user interaction and data visibility.
- Introduced functions to select nodes and edges, allowing users to view specific attributes such as UUID, creation date, and labels.
- Added styling for the detail panel to improve layout and readability, ensuring a better user experience during graph interactions.
- Included functionality to close the detail panel and format dates for better presentation of temporal data.
- Updated graph data display to include fallback options for node and edge counts, improving robustness.
- Introduced a manual refresh button for graph data, enhancing user control and experience.
- Adjusted polling interval for graph data fetching from 3 seconds to 10 seconds, optimizing performance.
- Improved progress tracking and logging during graph construction, providing clearer feedback to users.
- Added real-time graph data visualization with loading and waiting states to improve user feedback during graph construction.
- Implemented a polling mechanism to fetch graph data every 3 seconds, ensuring the graph updates dynamically as data becomes available.
- Improved error handling and rendering logic to manage different graph states effectively.
- Enhanced styling for loading indicators and graph elements for better user experience.
- Added D3.js as a dependency in `package.json` and `package-lock.json` for data visualization capabilities.
- Introduced a new `pendingUpload.js` store to manage files and simulation requirements before initiating the simulation process.
- Updated `Home.vue` to store pending uploads and navigate to the `Process` page immediately, deferring API calls for improved user experience.
- Enhanced `Process.vue` to handle new project initialization and display project status effectively, including progress tracking for ontology generation and graph building.
- Updated section descriptions to better reflect simulation capabilities and processes.
- Changed metric values and labels to provide clearer insights into performance and cost.
- Enhanced workflow steps with more detailed descriptions for improved user understanding.
- Renamed upload section label for better contextual relevance.
- Adjusted styling for improved layout and readability across components.
- Added a scroll-to-bottom feature for improved navigation experience.
- Refactored the start simulation button layout by wrapping it in a new console section for better organization.
- Enhanced button styles with animations and improved disabled state appearance for a more engaging user interface.
- Updated the navigation bar to include a link to the project's GitHub page, enhancing accessibility.
- Redesigned the hero section with a new title and description, emphasizing the capabilities of MiroFish.
- Improved text styling and layout for better readability and visual appeal, including adjustments to font sizes and weights.
- Added new CSS classes for enhanced styling of elements, including highlights and animations, to create a more engaging user experience.
- Updated `index.html` to include Google Fonts for improved typography.
- Refactored `App.vue` to utilize new font styles and added a white background for better contrast.
- Redesigned `Home.vue` to introduce a navigation bar, a hero section with a new logo, and a structured dashboard layout for project simulation steps.
- Added a new logo image `MiroFish_logo_left.jpeg` to enhance branding.
- Improved overall styling and responsiveness across components for a more cohesive user experience.
- Introduced `PROJECT_STATUS.md` to provide a comprehensive overview of the MiroFish project, detailing the current status, completed features, and future development plans.
- Added multiple documentation files in the frontend directory, including detailed descriptions of the homepage functionality, startup guide, and project completion summary.
- Implemented a structured approach to document the project's architecture, API integration, and user interaction processes, enhancing clarity for developers and users alike.
- Included a `.gitignore` file to manage ignored files and directories in the frontend project, improving project organization and cleanliness.
- Deleted the `index.html`, `reddit_profiles.json`, `run_state.json`, `simulation_config.json`, `state.json`, and various database files related to the simulation for `sim_10b494550540`, as they are no longer needed.
- This cleanup helps streamline the project by removing outdated resources and improving overall maintainability.
- Registered a cleanup function for simulation processes to ensure proper termination on server shutdown.
- Improved logging during application startup to confirm the registration of the cleanup function.
- Updated simulation preparation checks to clarify the conditions for considering a simulation ready, enhancing error handling and user feedback.
- Added detailed logging for simulation status changes, improving traceability during the simulation lifecycle.
- Introduced new files for simulation configuration and profile data, supporting enhanced testing and visualization capabilities.
