/Vader-Sentiment-Analysis-Social-Analytics

Primary LanguageJupyter Notebook

Unit 7 | Assignment - Distinguishing Sentiments

Background

Twitter has become a wildly sprawling jungle of information—140 characters at a time. Somewhere between 350 million and 500 million tweets are estimated to be sent out per day. With such an explosion of data, on Twitter and elsewhere, it becomes more important than ever to tame it in some way, to concisely capture the essence of the data.

Choose one of the following two assignments, in which you will do just that. Good luck!

News Mood

In this assignment, you'll create a Python script to perform a sentiment analysis of the Twitter activity of various news outlets, and to present your findings visually.

Your final output should provide a visualized summary of the sentiments expressed in Tweets sent out by the following news organizations: BBC, CBS, CNN, Fox, and New York times.

output_10_0.png

output_13_1.png

The first plot will be and/or feature the following:

  • Be a scatter plot of sentiments of the last 100 tweets sent out by each news organization, ranging from -1.0 to 1.0, where a score of 0 expresses a neutral sentiment, -1 the most negative sentiment possible, and +1 the most positive sentiment possible.
  • Each plot point will reflect the compound sentiment of a tweet.
  • Sort each plot point by its relative timestamp.

The second plot will be a bar plot visualizing the overall sentiments of the last 100 tweets from each organization. For this plot, you will again aggregate the compound sentiments analyzed by VADER.

The tools of the trade you will need for your task as a data analyst include the following: tweepy, pandas, matplotlib, and VADER.

Your final Jupyter notebook must:

  • Pull last 100 tweets from each outlet.
  • Perform a sentiment analysis with the compound, positive, neutral, and negative scoring for each tweet.
  • Pull into a DataFrame the tweet's source account, its text, its date, and its compound, positive, neutral, and negative sentiment scores.
  • Export the data in the DataFrame into a CSV file.
  • Save PNG images for each plot.

As final considerations:

  • You must complete your analysis using a Jupyter notebook.
  • You must use the Matplotlib or Pandas plotting libraries.
  • Include a written description of three observable trends based on the data.
  • Include proper labeling of your plots, including plot titles (with date of analysis) and axes labels.