"versatile language" is a correct and usable phrase in written English.
It is often used to describe a language that is flexible and adaptable in its usage, and can be used in a variety of contexts. One example could be: "English is known for being a versatile language, as it is used in both formal and informal settings, and has a wide range of vocabulary to express different ideas and emotions."
PLACE supports sensor fusion and access control using a common versatile language to describe user locations in a common universe.
Yet there is a third distinctive art form that can be found and savored wherever Islamic art is shown: ornament, and specifically a versatile language of vegetal, floral and geometric designs.
By this time Islamic theology had coined a vast number of technical terms, and theologians (e.g., al-Jāḥiẓ) had forged Arabic into a versatile language of science; Arabic philology had matured; and the religious sciences (jurisprudence, the study of the Qurʾān, Hadith, criticism, and history) had developed complex techniques of textual study and interpretation.
Also, despite (or because of) its simplicity, Scheme is a very versatile language, making it possible for us to examine those three programming paradigms and, in particular, letting us see how object oriented programming is implemented, so OOP languages don't seem like magic to our students.
A very versatile language used widely across several platforms, Python is a great language to learn.
For example, here is a sentence with a series of adjectives that is punctuated correctly: People who purposefully misuse grammar are brutish, irresponsible, mean-spirited troglodytes who mangle our beautiful, versatile language.
Both in astronomy and statistics, python is recognized as a versatile programming language.
Java is arguably the most versatile programming language available for use today.
A genetic algorithm was developed and coded in LUA, a versatile scripting language.
Used in clusters, polyhedra could create a versatile form language for the design of practical and beautiful buildings.
We have implemented a number of approaches for improving this situation such as devising a simple but versatile scripting language for data acquisition, a means of handling arbitrary data formats, and a new modular architecture for luminescence instrumentation.
