📊 Data Visualization Report - Random Sample Data #2913
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/q investigate why the image URLs to raw GitHub content point to owner/repo instead of githubnext/gh-aw Review safe outputs data in artifact to locate where the error occurred. |
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📊 Data Visualization Report
Generated on: October 31, 2024
Summary
This report contains data visualizations generated from randomly generated sample data using Python scientific computing libraries. The visualizations demonstrate various chart types and statistical analysis techniques commonly used in data science workflows.
Generated Visualizations
Chart 1: Product Performance Comparison (Bar Chart)
This bar chart displays the performance comparison across five different products (Product A through Product E). Each bar represents the sales value for a product, with values ranging from 50 to 200 units. The chart uses color-coded bars with value labels for easy comparison.
Chart 2: Sales Time Series Analysis (Line Chart)
This time series visualization shows daily sales data over a full year (365 days). The solid line represents actual sales with seasonal patterns and random variation, while the dashed line shows the underlying upward trend. The data exhibits both trend (increasing from 100 to 150) and seasonality (periodic oscillations).
Chart 3: Correlation Analysis (Scatter Plot)
This scatter plot demonstrates a strong positive correlation between two variables (X and Y) across 200 data points. The red dashed line represents the linear regression fit, showing the relationship y = 1.5x + constant. Points are color-coded by Y value using a viridis colormap, making it easy to identify patterns in the data distribution.
Chart 4: Distribution Comparison (Histogram with KDE)
This distribution plot compares two groups (Group A and Group B) using overlapping histograms and Kernel Density Estimation (KDE) curves. Group A is centered around 100 with a standard deviation of 15, while Group B is centered around 120 with a standard deviation of 20. The KDE curves (blue and red lines) show the smooth probability density functions for each group.
Data Information
Libraries Used
Technical Details
All visualizations were created with the following quality settings:
Workflow Run
This report was automatically generated by the Python Data Visualization Generator workflow.
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