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User Guide
SaraPettinari edited this page Jun 27, 2025
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- Navigate to Upload CSV
- Upload
.csvfile - Preview data in table format
- Use sidebar to define:
- Entity: attributes for entity nodes
- Property: attributes for event node properties
- Graph auto-generated after selection
- Summary includes number of nodes and query execution time
From sidebar:
- Visualize Graph
- Analyze Graph
- Download JSON
- Delete Graph
- Group Nodes (Class Graph)
After defining aggregation properties:
- Class nodes are created
- Features:
- Search
- Customize Graph View
- Export as
.svg - Delete Graph
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Upload Data SOUP allows users to upload event logs in CSV format for the automatic creation of EKGs. Simply navigate to the "Upload CSV" section and follow the step-by-step instructions to correctly import your log file. Once uploaded, the file is parsed and a preview table displays the detected entities and properties. A dynamic sidebar panel lets users select which entities and attributes to include in the analysis, simplifying the EKG generation process by filtering out irrelevant data. |
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Show Data After uploading the CSV file and selecting relevant entities, SOUP automatically generates the EKG and stores it in Memgraph. The tool provides immediate feedback by displaying key statistics, as the number of nodes and relationships created, and the total construction time. These insights give users a quick overview of the graph’s size and structural complexity. |
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View and Manipulate Graph The sidebar enables users to interactively explore the generated EKG through intuitive navigation tools. Available operations include zooming, panning, expanding nodes, and traversing edges. Users can search for specific nodes or relationships, customize the graph’s appearance, and export it in SVG or JSON formats. |
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Aggregate Graph SOUP enables users to aggregate nodes into higher-level Classes, simplifying the visualization of complex event structures. By selecting attributes for aggregation, users can generate a Class Graph, where related entities are grouped accordingly. |
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Filter Graph To enhance analysis capabilities, SOUP offers a variety of filtering options inspired by traditional process mining techniques. Users can refine the EKG by applying filters based on:
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🥣 Soup - 2025