The project utilizes Python to process social media data, particularly tweets, enhancing marketing strategies. Using NumPy and Random libraries, it systematically creates and manipulates simulated data, replicating diverse social media interactions across content categories and post types.
git clone https://github.com/itsme-Ash/Clean-and-analyze-social-media-usage-data-with-Python.gitThis skill processes and analyzes social media data using Python, with a focus on tweet analysis for marketing strategy enhancement. It leverages NumPy and Random libraries to create and manipulate simulated social media datasets, enabling systematic exploration of diverse interactions across multiple content categories and post types. The project provides a foundation for understanding social media engagement patterns through structured data processing.
Generate simulated social media datasets to test marketing campaign analysis workflows
Process tweet data across different content categories to identify engagement patterns
Manipulate social media interaction data for strategy development and A/B testing
Create synthetic datasets representing various post types for marketing research
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/itsme-Ash/Clean-and-analyze-social-media-usage-data-with-PythonCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
I need to clean and analyze social media usage data for [COMPANY], a [INDUSTRY] company. I have [DATA] from Twitter. Please provide a Python script using NumPy and Random libraries to simulate and analyze this data, focusing on content categories and post types. Include steps for data cleaning, simulation, and analysis.
# Social Media Data Analysis for [COMPANY] ## Data Cleaning - Removed duplicate entries: 1,245 - Filtered out non-English tweets: 872 - Handled missing values in engagement metrics ## Simulated Data Overview - Total simulated tweets: 50,000 - Content categories: - Product announcements: 12,500 (25%) - Industry news: 15,000 (30%) - Customer engagement: 10,000 (20%) - Promotional content: 7,500 (15%) - Other: 5,000 (10%) ## Key Insights - Highest engagement: Product announcements (avg. 42 retweets) - Lowest engagement: Industry news (avg. 18 retweets) - Optimal posting times: 12-2 PM and 6-8 PM EST ## Recommendations - Increase product announcement frequency by 15% - Experiment with interactive content formats - Schedule more posts during identified peak times
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