![]() ![]() ![]() The commands used by the Frink calculator and programming language are fairly intuitive, but you can also consult the extensive documentation to see all that it has to offer. Powerful calculations solution and programming languageįrink provides access to a plethora of tools and functions via a simple, unsophisticated user interface. To do that you must enable the Programming mode where you can write and run the code. You can use it for object oriented programming and develop applications for small, mobile devices. Note that Frink is also a programming language that includes support for using all sorts of functions, arrays, loops, and more. To learn about everything Frink has to offer you can read the online documentation and the Frink data file for non-changing units. You can use Frink to perform basic operations but the utility is also able to deal with advanced mathematical functions, date and time conversions, unit conversions, exchange rates for various currencies, and even translate text between various languages. You can access all the Frink functions through a small window that is separated in two main areas: on the bottom you must input the expressions that you want to evaluate, while on top you can see the results.įrink comes with 4 viewing modes and you can switch between them by using the Mode menu, or via specific hotkeys: Control + 1 for the One Line mode, Control + 2 for the Convert mode, Control + 3 for the Multi Line mode, and Control + P for the Programming mode. Intuitive and unsophisticated user interface The application has been developed by using the Java Runtime, so you must make sure the JRE is installed on your Mac before trying the launch Frink. The tool is also including a versatile programming language, yet is using very few resources. ![]() I will program in C or C++.Frink can be used to perform a wide range of calculations and conversions between different measurement units without making you deal with a complicated user interface. I like R's ecosystem, and being a Lisper, R and Julia are my favorites. It currently has some really specific, and useful libraries for certain tasks. I really like Julia, and I think once the libraries grow, it will be the leader here. I use all languages for different things, or based on my familiarity with using them for a specific domain of problems. ![]() It tracks units of measure (feet, meters, kilograms, watts, etc.) through all calculations, allowing you to mix units of measure transparently, and helps you.Ĭhoosing Julia, Matlab, Python or R in economics? As stated on Frink’s homepage: Frink is a practical calculating tool and programming language designed to make physical calculations simple, to help ensure that answers come out right, and to make a tool that’s really useful in the real world. See also Frink: > Frink is a practical calculating tool and programming language designed to make physical calculations simple, to help ensure that answers come out right, and to make a tool that's really useful in the real world. In this post, I’ll be introducing the Frink programming language. Show HN: I made a web-based notepad with a built in unit calculator.Good job! I spent a while working on a more flexible & real-time version of Frink. Show HN: Figr.app – a multi-user, notepad style calculator (desktop app).For anything more involved, I use Python, NumPy, etc. It's nice because it tracks units of measure. With the extra pressure on the type system, and the need to possibly tag values, is it really zero-cost? Frink takes the handling of units to the extreme (it supports apparently thousands). ![]()
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