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Frink 2025-03-27 freeware
Frink, developed by Alan Eliasen, is a versatile and powerful programming language designed for practical calculations. It excels in unit conversions, handling physical quantities with ease, and ensuring precision with its advanced math capabilities. Frink's unique features include currency conversions, date/time math, and a rich library of built-in functions. Ideal for scientists, engineers, and educators, Frink simplifies complex computations while maintaining accuracy and reliability. ...
| Author | Alan Eliasen |
| Released | 2025-03-29 |
| Filesize | 1.60 MB |
| Downloads | 3559 |
| OS | Windows All |
| Installation | Instal And Uninstall |
| Keywords | Math Calculator, Unit Converter, Calculator, Converter, Convert, Calculate |
| Users' rating (101 rating) |
Frink Free Download - we do not host any Frink torrent files or links of Frink on rapidshare.com, depositfiles.com, megaupload.com etc. All Frink download links are direct Frink download from publisher site or their selected mirrors.
| 2025-03-27 | Mar 29, 2025 | New Release | The method image.autocrop[levels=3] now takes an optional positive integer argument that determines how different that border pixels can be when autocropping. This may need to be increased as high as, say, 127 for JPEG images with lots of artifacts. |
| 2025-02-11 | Feb 12, 2025 | New Release | Added baseUnitNames[] function which returns an array of names of the base units in a known order. For example, this normally returns [m, s, kg, A, K, dollar, mol, bit, cd]. Added baseDimensionNames[] function which returns an array of names of the base dimensions in a known order. For example, this normally returns [length, time, mass, current, temperature, currency, amount_of_substance, information, luminous_intensity]. |
| 2025-02-09 | Feb 9, 2025 | New Release | Behavior change: Command-line argument parsing has slightly changed to match the documentation. Now, any arguments following the name of the Frink program to execute are passed to the Frink program without further processing. This was how it was documented, but the previous behavior would incorrectly continue processing arguments intended for the Frink program as if they were intended as options to the Frink interpreter. This meant, for example, that you couldn't have a -u option to a Frink program because it was consumed by the interpreter's argument parsing (which interprets -u to specify a units file.) This only affects arguments that had meaning to the Frink parser. Added apply[function, argList] to more safely allow application of a function to an array of arguments. See the Anonymous Functions section of the documentation. An anonymous function can now be declared and immediately applied to its arguments by enclosing them in square brackets after the declaration. This is beginning to reek of the dreaded lambda calculus, but is here for symmetry. See the Anonymous Functions section of the documentation. Anonymous functions are now output differently in output form. They should now look like the definition of the anonymous function, as in inputForm, not the previous format function[args]. Added a formatTableBoxedHeavy function which can format a table with heavy Unicode box-drawing characters separating the cells. See the Formatting Tables section of the documentation for details. Updated some sanity checks and optimizations to handle Java versions up to 25. Released a new version of Frink: The Next Generation (version 2025-02-09). This merges all changes from the main branch. |
