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OperationalGuide.md

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TRACES (Time-series Relationship Analysis with Comprehensive Evaluation Suite)


Operational Guide

Cell Dependencies and Execution Flows

Initial Setup/Modification

Full Sequential Execution (1-6) Required When:

  • Performing first-time setup
  • Modifying any functions
  • Adjusting core parameters
  • Implementing new methods
  • Updating visualization components

Standard Analysis Workflows

Minimum Required Flow

  1. Cell 1 (Setup & Environment) - Always Required
  2. Cell 6 (Full Analysis) - Primary Execution

Targeted Analysis Options

Visualization Focus:

  • Cell 1 → Cell 5
  • Enables all visualization capabilities
  • Requires relationship matrix parameter alignment (even number of top pairs)

Method Comparison:

  • Cell 1 → Cell 4
  • Focuses on correlation method analysis

Use Case Scenarios

A. Complete Dataset Analysis

  1. Sequential execution: Cells 1 → 2 → 3 → 4 → 5 → 6
  2. Provides:
    • Comprehensive correlation analysis
    • Full visualization suite
    • Detailed statistical insights
    • Relationship classifications

B. Visualization Exploration

  1. Execute: Cell 1 → Cell 4 → Cell 5
  2. Delivers:
    • Correlation comparisons
    • Relationship matrix (top N pairs)
    • Method performance analysis
    • CCF pattern visualization

C. Methodology Validation

  1. Required: Cells 1-4
  2. Useful for:
    • Testing correlation methods
    • Validating classifications
    • Assessing confidence metrics

Important Notes

State Management:

  • Notebook maintains state until kernel reset
  • Cell 6 contains consolidated function calls
  • Parent-child relationships persist through session

Performance Considerations:

  • Clear outputs between analysis runs
  • Restart kernel when modifying parent-child mappings
  • Consider batch processing for large datasets
  • Relationship matrix visualization optimized for even number of top pairs

Best Practices:

  • Validate data structure before full analysis
  • Monitor memory usage with large datasets
  • Review visualization parameters for optimal display
  • Ensure correlation pair count aligns with visualization requirements