Search Results for "radix" - Page 2

...Though optimized code only runs on SSE (x86) based platforms, it's a very simple matter to port the existing code to any other platform with different SIMD intrinsics by simply implementing a small number of inlines that map to a small number of intrinsics. The algorithm currently used is Radix-2, so there's easily room for speed improvements.

You must have Java installed in your computer, Download the Radix Converter.jar (The latest version). And double click the downloaded file. then the program should be running. Type in the number in to the corresponding text field. The program will automatically display the number in rest of radix. Visit my website for more programs!!

Fast fourier transform algorithm written on IEC-61131-3 Structured text programming language for programmable logic controllers. Algorithm is split-radix FFT. StFFT is iterative contrary to more common recursive approach. Iterative solution was chosen because PLCs don't have support for recursion. For compatibility with as many as possible PLC models, algorithm have dependency only on sine and cosine functions. Dual licenced under LGPL and Commercial licence. For commercial licencing contact tamitech@tamitech.fi Author Jaakko Pasanen

...Specifically, Controlled Chaos encodes data in between base 2 and base 94 (there are 94 visible, non-whitespace characters in US_ASCII), using only the visible ASCII characters (no whitespace, no control characters). By default, ConCh streams will assume Base94 for its encoding unless specified other radix. Due to the nature non-power-of-two encodings, padding is normally necessary for handling the fractional digits (citation needed). Though in the encoder, I made sure there's no nasty little padding bytes. Fractional digits are accounted for by the nature of the encoding. I'd rather not go into my original motivations for why I needed Base94 specifically when Base64 was such a nice looking encoding, did I really need the 30 extra digits? ...

A library dedicated to radixes, their conversion, arithmetic, and manipulation. It can handle numbers with fractions/decimals and arithmetic can easily be done on the numbers making it far better than the conversion methods found in the Long, Integer, Short, and Byte classes. It is helpful to many mathematical areas, those making games, and just to play around with.

Crossplatform calculator based on preprocessor to Lua language (CLua). CLua have a hybrid syntax between C-style and Lua and have some additions like inline condition operator etc. Easy and very fast in use. Helpful for debugging and analysing data. Enjoy! Get code on homepage (bitbucket. Link below) of project or download win exe from here or homepage.

ExtraDix (EXTended RADIX) is a sorting algorithm based on radix sort. It can sort by all basic types, it is stable; sorting time increases linear with number of records. From a few hundred records onwards it is faster than Quicksort.

FastFrequency API written entirely in Java ME, is able to provide to obtain the frequency of a sound signal using the FFT algorithm implemented by the radix-2 after the windowing signal via Hamming windows.

Ascending Radix Sorting.

Simplified Number Conversion! Convert any number of any radix base (base 2-36) to another number of any radix base. It is written in C, and uses GTK+ for the user interface.

J-Astro is a utility for astrological calculations. Beeing developed under linux, binaries are available for Linux, Mac OSX and for Win (XP / Win7). The user interface is built using the Qt4 libraries.

jAlgorithms is a project mainly for educational purposes. It contains some of the popular algorithms and data structures.

Spreadsort is a fast general-case in-place hybrid radix/comparison algorithm, which tends to be roughly twice as fast as std::sort. This library has calls to sort integers, floats, or strings, or other data types based upon integer, float, or string keys

jBaseChange converts values between number systems of radix 2-36, or it can convert the input value to all the supported number systems. Also included is a random number generator. This could be used to generate a strong password.

Radix is a RAD framework for creating native XML web applications. Complete web applications can be created without programming knowledge using XML, XSLT, XPath and related technologies. Radix can be extended using Java, JavaScript, Python, and Tcl.