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Tree Node Interactions
This interactive visualization explores VR headset user data through hierarchical tree diagrams and radar charts. Built with React and D3.js, it shows aggregated metrics like average age, motion sickness, duration, and immersion levels, broken down by gender for each VR device. Users can switch between individual device trees, a summary view, and radar chart comparisons, with hover tooltips revealing detailed values. The three views use D3's `tree` layout for the hierarchy, an SVG-based rendering for nodes, and a Canvas-based radar chart.
AI-generated descriptionVR Data Visualization
An interactive D3.js and Chart.js visualization platform for analyzing Virtual Reality user experience data. This application provides multiple view modes including hierarchical tree diagrams, comparative summaries, and gender-based radar analytics.
🎯 Overview
The isisualization analyzes VR exheadset usage patterns across three dice Tytpe*s (ayStation VR, HTC Vive, Oculus Rift -) with detailed breakdowns by user demographics and session metrics. The application supports real-time filtering, interactive tooltips, and responsive design for desktop, tablet, and mobile devices.
📊 View Modes
The application offers three distinct visualization modes, each providing different analytical perspectis
##:# Rada1. Individual View
Purpose: Examine data for each VR headset separately tchbedetailed hierarchical breakdown.
Layout:
- Three side-by-side tree diagrams (one per headset)
- Each tree shows complete user breakdown from root to leaf nodes
- Automatically responsive: stacks vertically on mobile, displays in columns on tablet/desktop
Tree Structure: