The Radar Chart, also known as a spider web chart or star chart, can display data from multiple dimensions (variables) in a single chart. Each dimension has an axis, and all axes are evenly distributed, which facilitates the comprehensive comparison and analysis of multiple related indicators.
Input

The file consists of two columns, the first column is the id, and the second column is the correlation coefficient, separated by a tab character.
Output

1. Chart Purpose
This radar chart aims to visually display the comprehensive performance or scores of samples across multiple different dimensions.
2. How to Interpret This Chart
-
Axes: Each radial axis extending from the center represents an independent evaluation metric.
-
Shape: The red polygonal outline connects the sample's specific data points across all metrics.
-
The more the outline bulges outward along a particular axis, the higher the sample's score is for that metric.
-
The closer the outline is to the center or indented inward, the lower its score is for that metric.
-
Scale: The concentric grid lines radiating outward from the center serve as numerical scales, used to measure the magnitude of each metric's value.
The Radar Chart, also known as a spider web chart or star chart, can display data from multiple dimensions (variables) in a single chart. Each dimension has an axis, and all axes are evenly distributed, which facilitates the comprehensive comparison and analysis of multiple related indicators.
Input

The file consists of two columns, the first column is the id, and the second column is the correlation coefficient, separated by a tab character.
Output

1. Chart Purpose
This radar chart aims to visually display the comprehensive performance or scores of samples across multiple different dimensions.
2. How to Interpret This Chart
-
Axes: Each radial axis extending from the center represents an independent evaluation metric.
-
Shape: The red polygonal outline connects the sample's specific data points across all metrics.
-
The more the outline bulges outward along a particular axis, the higher the sample's score is for that metric.
-
The closer the outline is to the center or indented inward, the lower its score is for that metric.
-
Scale: The concentric grid lines radiating outward from the center serve as numerical scales, used to measure the magnitude of each metric's value.