This software allows for the use of complex-number math functions, enabling calculations that involve imaginary numbers.
As a comprehensive library for complex-number arithmetics and mathematics, CMATH offers exceptional functionality for software developers. This version, designed specifically for Borland Pascal 7, features the same comprehensive set of tools as its C++ and Delphi counterparts.
One notable aspect of CMATH is its use of function prefixes to indicate precision level. For example, functions like cd_sin and ce_exp can be accessed with ease. Additionally, the library boasts superior computational efficiency, accuracy, and safety thanks to its Assembly language implementation.
While all CMATH functions are optimized for Pentium/Pentium Pro processors, they can still be used on hardware as outdated as 386+387. Developers who want even faster units can upgrade to the full version, which requires at least a 486DX.
Finally, CMATH's Shareware version is a great fit for those targeting the real-mode DOS environment of Borland (Turbo) Pascal 7.0. Overall, CMATH is an efficient and effective tool for complex-number mathematics and arithmetics.
One notable aspect of CMATH is its use of function prefixes to indicate precision level. For example, functions like cd_sin and ce_exp can be accessed with ease. Additionally, the library boasts superior computational efficiency, accuracy, and safety thanks to its Assembly language implementation.
While all CMATH functions are optimized for Pentium/Pentium Pro processors, they can still be used on hardware as outdated as 386+387. Developers who want even faster units can upgrade to the full version, which requires at least a 486DX.
Finally, CMATH's Shareware version is a great fit for those targeting the real-mode DOS environment of Borland (Turbo) Pascal 7.0. Overall, CMATH is an efficient and effective tool for complex-number mathematics and arithmetics.
What's New
Version 3.2: N/A