data-visualization

name	data_visualization
router_kit	FullStackKit
description	Generate data visualizations, plots, and charts. Analyzes data structure to select optimal visualization types. supports bar charts, line graphs, and scatter plots for clarity.
allowed-tools	Read, Write, Edit, Grep, Glob, Bash
version	1.0.0
metadata	{"skillport":{"category":"auto-healed","tags":["big data","charts","cleaning","csv","d3","dashboard","data analysis","data engineering","data science","data visualization","database","etl pipelines","export","import","json","machine learning basics","migration","nosql","numpy","pandas","python data stack","query optimization","recharts","reporting","schema design","sql","statistics","transformation","victory","visualization"]}}

Overview

This skill empowers Claude to transform raw data into compelling visual representations. It leverages intelligent automation to select optimal visualization types and generate informative plots, charts, and graphs. This skill helps users understand complex data more easily.

How It Works

1. Data Analysis: Claude analyzes the provided data to understand its structure, type, and distribution.
2. Visualization Selection: Based on the data analysis, Claude selects the most appropriate visualization type (e.g., bar chart, scatter plot, line graph).
3. Visualization Generation: Claude generates the visualization using appropriate libraries and best practices for visual clarity and accuracy.

When to Use This Skill

This skill activates when you need to:

• Create a visual representation of data.
• Generate a specific type of plot, chart, or graph (e.g., "create a bar chart").
• Explore data patterns and relationships through visualization.

Examples

Example 1: Visualizing Sales Data

User request: "Create a bar chart showing sales by region."

The skill will:

1. Analyze the sales data, identifying regions and corresponding sales figures.
2. Generate a bar chart with regions on the x-axis and sales on the y-axis.

Example 2: Plotting Stock Prices

User request: "Plot the stock price of AAPL over the last year."

The skill will:

1. Retrieve historical stock price data for AAPL.
2. Generate a line graph showing the stock price over time.

Best Practices

• Specific Requests: Be specific about the desired visualization type and any relevant data filters.
• Contextual Information: Provide context about the data and the purpose of the visualization.

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Data Visualization v1.1 - Enhanced

🔄 Workflow

Kaynak: Financial Times Visual Vocabulary

Aşama 1: Data Profiling

• Type Check: Veri kategorik mi, sayısal mı, zaman serisi mi?
• Volume: Veri noktası sayısı (az ise Bar, çok ise Scatter/Line).
• Goal: Amaç karşılaştırma (Bar), dağılım (Hist), ilişki (Scatter) veya kompozisyon (Pie/Stack) mu?

Aşama 2: Drafting

• Library: Python için matplotlib/seaborn, Web için D3.js/Recharts.
• Mapping: X/Y eksenlerini ve renk kodlarını (hue) ata.
• Scale: Eksenleri sıfırdan başlat (Zorunlu olmayan durumlar hariç).

Aşama 3: Refinement (Design)

• Clutter: Gereksiz çizgileri (gridlines) ve çerçeveleri kaldır.
• Labels: Eksenleri ve başlığı net bir şekilde etiketle.
• Access: Renk körleri için uygun palet kullan (ColorOracle ile test et).

Kontrol Noktaları

Aşama	Doğrulama
1	Seçilen grafik türü veri tipine uygun mu? (Örn: Zaman serisi için Bar değil Line)
2	Veri "ink-to-data ratio" yüksek mi? (Gereksiz süsleme yok)
3	Eksenler manipülatif değil mi? (Truncated Y-axis uyarısı)

Integration

This skill can be integrated with other data processing and analysis tools within the Claude Code environment. It can receive data from other skills and provide visualizations for further analysis or reporting.