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Extracting meaningful information from unstructured, human readable text is a hot topic of research today and has important applications in many domains. I have written a few blogs related to this topic, for example, see this and this. In today’s article, I would like to show how Mathematica can be a great help when working with […]
Title: Homeopathy in Intensive Care and Emergency Medicine Author: Michael Frass and Martin Bundner (Ed.) Publisher: Narayana Verlag Year: 2017 (2nd English Edition) This book is somewhat unique in that it shows, through a good number of cases, that homeopathy can be used alongside allopathy in treating serious disorders in intensive care and emergency. There […]
One of the things I like about Elixir is its support for patterns at the core language level, not through library functions as in most other languages. This contributes to writing cleaner code, in my opinion. Another environment that I am familiar with, namely Mathematica, boasts of (arguably) the most powerful symbolic programming language called […]
In the last article, I showed how to make calls to Lisp functions from Elixir. We followed this pattern: 1) Initialize the Lisp environment by calling Lisp.init 2) Call Lisp functions as needed 3) Free the Lisp environment by calling Lisp.quit Using the powerful macro programming capabilities of Elixir, we can write a simple macro […]
In the last article I showed how we can simulate the idea of Lisp’s “closure” in Elixir. Today, I would like to demonstrate how we can call Lisp functions from Elixir using the NIF interface. What is the need to integrate Elixir with another language? I can think of two reasons: 1) We have a library […]
I started learning Elixir a week ago. Although this has been at the top of my To-do list for quite a while, I couldn’t take it up due to other commitments. I love Elixir. It is a great functional programming language. Having programmed in Lisp for a long time, I immediately noticed the similarity between Lisp […]
In our last post, we learnt about the type trait std::is_trivial<T>. Today, let us go through another type trait that is quite similar. The expression is_standard_layout<T>::value returns true if the layout of objects of type T is compiler independent, and hence is of standard format. Else, it returns false. This is important if we create objects […]
Today let us try to understand the type trait std::is_trivial<T>. This trait checks if the given type is a trivial type. For a precise definition of what trivial means, please visit the official page. As usual, we will go through three cases: – Primitive types – Classes without inheritance – Classes involving inheritance Case-1: Primitive […]
The type trait is_convertible<From, To> checks if an object of type From can be “implicitly” converted to an object of type To. The expression is_convertible<From, To>::value returns true if implicit conversion is possible, else it returns false. For more details, please check out the reference. Let us look at three primary cases. Case-1: Pre-defined Types […]
In the last article, we looked at the std:is_base_of<T1, T2> type trait. One question that a reader asked since that article appeared is “How does is_base_of<> differ from the dynamic_cast<> operator?” Good question! In today’s post let me try to address the key differences between the two. I am not going to cover the dynamic_cast<> […]
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