Interpretare cognostics personalizzati

Quale continente ha il maggior numero di paesi che hanno aumentato l’aspettativa di vita di oltre 30 anni?

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Visualizzare Big Data con Trelliscope in R

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Visualizzare Big Data con Trelliscope in R

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Learn different strategies for plotting big data using ggplot2, including calculating and plotting summary statistics, various techniques to deal with overplotting, and principles of small multiples with faceting, which leads into Trelliscope.

Exercise 1: Visualizing summaries Exercise 2: Daily ride counts Exercise 3: Distribution of cab fare amount Exercise 4: Distribution of payment type Exercise 5: Adding more detail to summaries Exercise 6: Relationship between trip duration and total fare Exercise 7: Faceting daily rides Exercise 8: Tip amount distribution faceted by payment type Exercise 9: Visualizing subsets Exercise 10: Comparing fare distribution by payment type Exercise 11: Visualizing all subsets

In the previous chapter you saw how faceting can be used as a powerful technique for visualizing a lot of data that can be naturally partitioned in some meaningful way. Now, using the trelliscopejs package with ggplot2, you will learn how to create faceted visualizations when the number of partitions in the data becomes too large to effectively view in a single screen.

Exercise 1: Faceting con TrelliscopeJS Exercise 2: Faceting con Trelliscope di gapminder per paese Exercise 3: Interagire con i display di TrelliscopeJS Exercise 4: Interagire con il display Exercise 5: Funzionalità aggiuntive di TrelliscopeJS Exercise 6: Personalizzare la visualizzazione di gapminder Exercise 7: Esaminare i nuovi cognostics Exercise 8: Aggiungere i tuoi cognostics Exercise 9: Aggiungere cognostics personalizzati Exercise 10: Interpretare cognostics personalizzati

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The ggplot2 + trelliscopejs interface is easy to use, but trelliscopejs also provides a faceted plotting mechanism that gives you much more flexibility in what plotting system you use and how to specify cognostics. You will learn all about that in this chapter!

Exercise 1: Trelliscope in the tidyverse Exercise 2: Grouping and nesting Exercise 3: Stock price display Exercise 4: Exploring the display Exercise 5: Cognostics Exercise 6: Adding cognostics Exercise 7: Cognostics from nested data frames Exercise 8: Navigating stock plots with new cognostics Exercise 9: Trelliscope options Exercise 10: Customizing the stock display Exercise 11: Visualizing databases of images Exercise 12: Visualizing Pokemon Exercise 13: The most powerful Pokemon

<a href="https://www.bixi.com" target="_blank">The Montreal BIXI bike network</a> provides open data for every bike ride, including the date, time, duration, and start and end stations of the ride. In this chapter, you will analyze data from over 4 million bike rides in 2017, going between 546 stations. There are many interesting exploratory questions to ask from this data and you will create exploratory visualizations ranging from summary statistics to detailed Trelliscope visualizations that will give you interesting insight into the data.

Exercise 1: Montreal BIXI bike data Exercise 2: Number of daily rides Exercise 3: Examining time-of-day Exercise 4: Effect of membership and weekday Exercise 5: Summary visualization recap Exercise 6: Daily plots Exercise 7: Looking at all days Exercise 8: Top 100 routes dataset Exercise 9: Augmenting the data: Route summary statistics Exercise 10: Visualizing the data: Counts by hour-of-day Exercise 11: Evaluating the visualization Exercise 12: Au revoir