Interactive Summary Popup for Simpler Data Visualization Analysis

The patent segments the data analysis process into distinct functional areas: data visualization displays, summary popup windows, and interactive object libraries. Each segment handles specific tasks, allowing users to access complex analysis capabilities through simplified, focused interfaces rather than overwhelming them with all features at once.

The summary popup acts as an intermediary between the main data visualization interface and the detailed data analysis functions. It provides a intermediate layer that aggregates and presents key information from multiple data sources, enabling users to access comprehensive analysis capabilities through a simplified summary view before drilling down into specific details.

The patent implements a nested structure where summary popup windows are embedded within the main data visualization interface. These popups contain condensed versions of data from multiple visualizations, and can themselves contain nested interactive elements. This nesting allows comprehensive information to be organized in hierarchical layers, maintaining completeness while reducing the apparent complexity at any single viewing level.

The patent adds a temporal and spatial dimension to data presentation by using popup windows that appear overlaying the main interface. This creates an additional layer of information display that doesn't require expanding the main interface layout, allowing comprehensive data to be presented in a compact, organized manner across multiple dimensional layers rather than requiring a sprawling single-plane interface.

The patent creates a library of reusable interactive objects (filters, sorts, highlights, etc.) that can be inserted into summary popups and data visualizations. These universal components perform multiple functions across different contexts, providing enhanced adaptability without requiring separate custom interfaces for each interaction type. The same filter object, for example, can operate on different data sets and visualization types.

The patent provides a pre-configured library of interactive objects that are prepared in advance with standard functionalities. Users can directly insert these pre-built objects into their analysis workflows without having to create interaction logic from scratch. This preliminary preparation of common interaction patterns reduces the complexity of implementing adaptable interfaces, as the heavy lifting of creating robust interactive elements has already been done.