- Introduced dynamic generation of parameter fields and callback handling for indicators, enhancing modularity and maintainability.
- Updated `config_utils.py` with new utility functions to load indicator templates and generate dynamic outputs and states for parameter fields.
- Refactored `indicators.py` to utilize these utilities, streamlining the callback logic and improving user experience by reducing hardcoded elements.
- Modified `indicator_modal.py` to create parameter fields dynamically based on JSON templates, eliminating the need for manual updates when adding new indicators.
- Added documentation outlining the new data-driven architecture for indicators, improving clarity and guidance for future development.
These changes significantly enhance the flexibility and scalability of the indicator system, aligning with project goals for maintainability and performance.
- Introduced `config_utils.py` to provide utility functions for loading and managing indicator templates, enhancing modularity and maintainability.
- Implemented functions to load templates, generate dropdown options, and retrieve parameter schemas, default parameters, and styling for various indicators.
- Updated the indicator modal to dynamically create parameter fields based on the loaded configurations, improving user experience and reducing redundancy.
- Refactored existing parameter field creation logic to utilize the new utility functions, streamlining the codebase and adhering to project standards for clarity and maintainability.
These changes significantly enhance the configuration management for indicators, aligning with project goals for modularity and performance.
- Enhanced the `UserIndicator` class to include an optional `timeframe` attribute for custom indicator timeframes.
- Updated the `get_indicator_data` method in `MarketDataIntegrator` to fetch and calculate indicators based on the specified timeframe, ensuring proper data alignment and handling.
- Modified the `ChartBuilder` to pass the correct DataFrame for plotting indicators with different timeframes.
- Added UI elements in the indicator modal for selecting timeframes, improving user experience.
- Updated relevant JSON templates to include the new `timeframe` field for all indicators.
- Refactored the `prepare_chart_data` function to ensure it returns a DataFrame with a `DatetimeIndex` for consistent calculations.
This commit enhances the flexibility and usability of the indicator system, allowing users to analyze data across various timeframes.
- Introduced a new modular structure for the dashboard, enhancing maintainability and scalability.
- Created main application entry point in `app_new.py`, integrating all components and callbacks.
- Developed layout modules for market data, bot management, performance analytics, and system health in the `layouts` directory.
- Implemented callback modules for navigation, charts, indicators, and system health in the `callbacks` directory.
- Established reusable UI components in the `components` directory, including chart controls and indicator modals.
- Enhanced documentation to reflect the new modular structure and provide clear usage guidelines.
- Ensured all components are under 300-400 lines for better readability and maintainability.
