Not all Pokémon are created equal. Some are consigned to mediocrity, useless in battle until they reach their more evolved states. Others – like Zapdos, Articuno and Moltres – are so unique and powerful that they have officially been classified as legendary. But what exactly makes a Pokémon the stuff of legend? In this project, we will answer that question with the help of a dataset that includes the base stats, height, weight and type of 801 Pokémon from all seven generations. Using the random forest algorithm, we will predict Pokemon status based on these characteristics and rank their importance in determining whether a Pokemon is classified as legendary. Students should be familiar with the `tidyverse` suite of packages, particularly `ggplot2` for data visualization and `dplyr` for data manipulation. They should also have experience with classification problems and tree-based methods. This project uses a subset of [The Complete Pokemon Dataset](https://www.kaggle.com/rounakbanik/pokemon/home) published on Kaggle.
- 2How many Pokémon are legendary?
- 3Legendary Pokémon by height and weight
- 4Legendary Pokémon by type
- 5Legendary Pokémon by fighter stats
- 6Create a training/test split
- 7Fit a decision tree
- 8Fit a random forest
- 9Assess model fit
- 10Analyze variable importance
Decision Scientist at Facebook
Joshua Feldman is a Decision Scientist at Facebook, where he uses data insights to help drive brand sentiment, user growth and engagement, and marketing effectiveness. He mainly codes in R and SQL, taking a specialist interest in causal inference, natural language processing and data visualization. He holds an MSc in quantitative research methodology from the London School of Economics.