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Saiteja_ICE5

✓ Published0🌍 Public
Ssaitejak1619@gmail.com
Last edited Mar 7, 2026
Created on Feb 28, 2026
Forked from D3 Starter

This visualization summarizes a 150-row CSV dataset of simulated digital behavior records, showing key performance indicators like average app usage time and sleep hours in a left-hand card. An adjacent SVG bar chart, built with D3.js v7, displays the distribution of social media platforms using aggregated frequency counts. The page loads the remote CSV via JavaScript’s `fetch()`, parses it with `d3.csvParse`, and computes rollups with `d3.rollups`. A scrollable preview table shows the first eight rows to verify parsing.

AI-generated description

📊 ICE-5: Digital Distraction Dataset Visualization

Overview

This project demonstrates loading and analyzing a CSV taset sing D3.js. he dataset represents synthetic gital behavior ecords including app usage time, sleep urs, device nformation, and social media platform tivity.

The CSV file is hosted publicly via a GitHub Gist RAW link nd is dynamically loaded into the visualization using fetch()`.


Dataset Information

*_File Type: CSV _Rows: 150 Columns: 12 *Key Attributes:

_app_usage_time _sleep_hours _social_media_platform _device_brand _location _mood_score

The dataset was generated using Mockaroo to simulate ealistic digital usage patterns.


Implementation Details

This visualization uses:

*-D3.js (v7) for:

_Parsing CSV (d3.csvParse) _Data aggregation d3.rollups) *-SVG rendering (bar chart) *-- Native JavaScript fetch() for data loading -HTML + CSS for layout and styling


Features Implemented

✔ Dataset metadata summary Computed KPIs:

*_File size (KB) _Rows × Columns _Average app usage time *_Average sleep hours -Most common social media platform ✔ VG bar chart showing latform distribution Scrollable review table (first 8 ows)


How It Works

  1. The CSV is fetched from a public GitHub Gist RAW URL.
  2. The CSV text is parsed into structured data using D3.
  3. Summary statistics are computed.
  4. Platform frequency counts are aggregated.
  5. An SVG bar chart is rendered dynamically.

Technical Learning Objectives

This project demonstrates:

*_Client-side data loading from remote sources _Data arsing and transformation _Aggregation using D3 utilities *_Basic SVG chart construction -Dynamic DOM updates


Author

Saiteja

MIT Licensed

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