OptiCode - Dr Martin Sander Software Dev

OptiVec for GCC is a software library that offers high-performance vector and matrix functions, achieving over three times faster results than compiled C/C++ code. It includes more than 3500 functions, from math and statistics to FFT and curve-fitting, making it a versatile tool for analysis, inversion, and decomposition of matrices.

OptiVec for GCC is a high-performance library with over 3500 vector and matrix functions. It is more than 3 times faster than compiled C/C++ code and includes math, statistics, analysis, FFT, matrix inversion, decomposition, and curve-fitting capabilities.

A versatile and high-speed complex-number math library in Single and Double precision, supporting both cartesian and polar forms. The library is built with machine-code for exceptional speed, precision, and safety.

CMATH for Delphi is a powerful library that offers fast and accurate complex-number math functions, including cartesian and polar, in three different precisions. Written in Assembler, it delivers superior speed and comprehensive results.

CMATH for BC++ provides efficient mathematical functions for complex numbers in cartesian and polar coordinates, available in three levels of precision. Developed in machine code, it guarantees unmatched speed and precision. Users can easily access these functions from C or C++.

OptiVec for BC++ is a powerful software library containing over 3500 optimized vector and matrix functions, including math, statistics, analysis, FFT, matrix inversion, decomposition, and curve-fitting. Using OptiVec can result in 2-3 times faster performance compared to compiled C/C++ code.

OptiVec for Delphi is a powerful library of over 3500 vector and matrix functions, including math, statistics, analysis, FFT, matrix inversion, decomposition, and curve-fitting. It is 2-3 times faster than compiled source code, making it the perfect tool for high-performance applications.

This software provides a high-performance vector and matrix library consisting of more than 3500 functions. It focuses on areas such as math, statistics, FFT, vector and matrix algebra, matrix decompositions (LUD, SVD, Cholesky), curve fitting, and graphics.