Computational Book on data/error analysis using R language?

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Recommendations for books focusing on data and error analysis using R, Python, or C++ were sought, with a preference against Fortran due to its perceived obsolescence. Key suggestions included "R For Data Science," which covers data handling and visualization but uses the Tidyverse syntax, potentially complicating debugging for those accustomed to base R. Another recommended title is "An Introduction to Statistical Learning," noted for its mathematical rigor and practical lab sections that utilize base R. The discussion also acknowledged the ongoing relevance of Fortran in scientific and engineering contexts, despite its age. Additionally, Python was mentioned as a versatile language for data science, appealing to those open to language options.
LCSphysicist
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Hello there.
Could you please recommend me a book that focus on data/error analysis and that, at the same time, provides examples of how to use the R programming language to such things?
It could be using the python or c++ languages instead.
The only books i have came across use fortran, but since i think it is becoming outdate to learn this language, i have decided to not use it.
 
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Maybe have a look at some web articles before buying a book, e.g.
https://data-flair.training/blogs/debugging-in-r-programming/
 
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LCSphysicist said:
Hello there.
Could you please recommend me a book that focus on data/error analysis and that, at the same time, provides examples of how to use the R programming language to such things?
It could be using the python or c++ languages instead.
The only books i have came across use fortran, but since i think it is becoming outdate to learn this language, i have decided to not use it.
In my opinion (and I'm in good company regarding this), Fortran, now about 65 years old, is by no means outdated ##-## it's an understatement to say that it has a very rich set of libraries ##-## many scientists and engineers find it indispensable for their work.
 
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My two favorites that I use regularly (the first of which I actually learned R from) are:

R For Data Science, this goes through everything from importing, cleaning, visualizing and modeling (although this is the weakest section of the book). A slight word of warning with this, though; they use the 'Tidyverse' syntax, which is pretty different from base R syntax. This can be jarring and frustrating when you're trying to debug errors!

An Introduction to Statistical Learning, this is a much more mathematically advanced book (although very well written) that goes into modelling and error analysis. I do some statistical modelling for my job and reference this constantly, particularly the lab sections which work through a full project. This does use base R language.
 
Python is probably more generally useful to know if you are indifferent between languages for doing data science.
 
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I've gone through the Standard turbulence textbooks such as Pope's Turbulent Flows and Wilcox' Turbulent modelling for CFD which mostly Covers RANS and the closure models. I want to jump more into DNS but most of the work i've been able to come across is too "practical" and not much explanation of the theory behind it. I wonder if there is a book that takes a theoretical approach to Turbulence starting from the full Navier Stokes Equations and developing from there, instead of jumping from...

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