CMATH For Delphi 8.1.1 Crack Free Download [Latest-2022]

Номер шаблона: 4350

Демонстрация шаблона: ПОСМОТРЕТЬ


CMATH for Delphi is a useful and comprehensive library for complex-number arithmetics and mathematics, both in cartesian and in polar coordinates, for C/C++ and Pascal/Delphi compilers. CMATH is available as a stand-alone product. It is also included in the OptiVec package.
All functions may alternatively be called from classic C and Pascal/Delphi with type-specific function names (like cf_sin, cd_exp, pe_sqrt), or from C++ and Delphi with overloaded function names and operators (like sin, exp, sqrt, operator +; operators only in C++). As far as possible, all functions have the same names in the Pascal/Delphi version as in the C/C++ version.
Superior speed, accuracy and safety are achieved through the implementation in Assembly language (as opposed to the compiled or inline code of available complex C++ class libraries). Only for the most simple tasks, alternative inline C++ functions are used in the C++ version.
As far as the scope of CMATH overlaps with the complex class implementations of Visual C++, Borland C++, and Delphi, CMATH is a high-quality replacement for the latter, which are all quite inefficient and inaccurate.
In contrast to the written-down-and-compiled textbook formulas of most other available complex libraries (including those coming with Visual C++ and the Borland compilers), the implementation of CMATH was guided by the following rules:
Without any compromise, top priority is always given to the mathematically correct result, with the accuracy demanded for the respective data type. Especially for complex functions, this necessitates a very thorough treatment of many different situations. To this end, the various cases have to be distinguished with pedantic care. (Textbook formulas do not need to treat these situations separately, as they theoretically assume infinite accuracy of intermediate results; an actual implementation, however, has to work with the limited accuracy given by real-life processors.)
Mathematical functions must be "safe" under all circumstances. They may for no reason simply crash, but have to perform a decent error treatment. This is true even — and perhaps especially — for seemingly nonsense arguments, with the single exception of the non-numbers INF and NAN, which occur themselves only as a result of serious errors in other functions.
By all possible means, greatest execution speed must be attained. (After all, you did not buy your fast computer for nothing!)
The program code has to be as compact as possible. However, in case of conflicts, faster execution speed is always given priority over smaller code size.







CMATH For Delphi 8.1.1 License Key Full Download [Win/Mac] [Latest] 2022

Uses fixed point (integer or decimal) and floating point arithmetic.
Assemblies for 32- and 64-bit version.
Architecture independent header files for C/C++ and Pascal/Delphi applications.
Usage and examples are detailed in the documentation.

CMATH for Delphi Crack For Windows Licensing :

CMATH for Delphi is provided as freeware. The CMATH library and manuals are available for all major platforms and compiled languages. No copy right or licensing constraints apply for work done in academia and non-commercial use.

Testing the Newest Beta…

CMATH for Delphi Version 3.05

Released : Thursday 18 August 2009

Compiled from the following sources :

New in Version 3.05

CMATH for Delphi version 3.05 was compiled from the following sources:

Implemented the complex-number implementation of MATLAB/Octave using optimized Assembler instructions.
Removed functions which were not used in the classic version and only were included as compatibility functions in the latest release.
New header functions for the International User Interface.
Restructured the complete source code and added many new examples to the documentation.
New documentation.
Added the copyright notice.
New manual for the documentation.

Function exp_rln(x) now gives different results for different values of x. It has to be excluded for x 1.

Change in CMATH for Delphi Version 3.05

Revision: 9001001

Added redefinition of sqrt_rln which does not use the algorithm suggested by the ISO.
Added some functions which should be named sin_rln and cosh_rln.

CMATH for Delphi Version 3.04

Released : Monday 17 July 2009

CMATH for Delphi Version 3.04

Released : Monday 17 July 2009

Compiled from the following sources :

New in Version 3.04

CMATH for Del

CMATH For Delphi 8.1.1 Crack+ With Full Keygen

CMATH for Delphi is a complex math library for Pascal and C++. It provides:

a complete C library, the CMATH.LIB of CMATH.BAT, CMATH.SRC, and
package CMATH.ZIP
a complex library, the CMATH.LIB of CMATH.BAS, CMATH.INC,
package CMATH.ZIP
a callable, transparent, standalone complex math library,

All of these components offer a reasonably complete API, which is well documented and very easy to master. All functions have to be called from Pascal and C++ code with the same names, and there exist parameter templates and other universal functions to ease the work.
However, the library is not aimed at the pure programmer who wants to solve his problems in isolation. It offers a complete set of convenient tools for complex-number arithmetics and mathematics, also for C/C++ and Pascal compilers. But, primarily, it is aimed at the programmer of higher-level programs, for whom math code is more the norm than the exception.
Its main purpose is the reusability and speed: CMATH is a library for taking care of all complex math in a program. It can be used as a set of function templates, as an API set, or it can be included in a project as a package. All components of the library are implemented independently from each other.
The library offers convenient object-oriented interfaces. With the object interface, the library is fully compatible with Visual C++, Delphi, Borland Pascal, C++ Builder, and the like. Besides, it can be called from classic C and Pascal/Delphi with the type-specific functions names and operators like those used in the C++ complex class libraries.
You can even create your own mathematical objects in the library, using object encapsulation.
CMATH for C++ Description:
CMATH for C++ is a C++ class library. It provides:

a native C++ class wrapper for the complex math library
a native C++ class wrapper for the complex function library

Both components work together perfectly with Visual C++, Delphi, Borland C++ Builder, and the like. Both components are compatible with each other (that is, they use the same function names and operators as provided by

CMATH For Delphi 8.1.1 (LifeTime) Activation Code For PC

CMATH for Delphi CMATH for Pascal/Delphi are the first Delphi and Pascal compilers to provide built-in support for complex arithmetics.
CMATH for Delphi is a fast implementation of complex number arithmetic in C, C++ and Delphi, for PC/DOS, Windows and Linux platforms.
CMATH for Delphi has a complete set of operators for all operations on complex numbers.
CMATH for Delphi has a complete set of transcendental functions, including sin, cos, tan, asin, acos, atan, atan2 and atanh (the inverse of tan) for complex arithmetics.
CMATH for Delphi allows complex number arithmetic to be used with the C and C++ Language, in a similar way as is done in Mathematica.
Operators in C/C++
Operators in Pascal/Delphi
CMATH also includes a complete set of transcendental functions for complex arithmetics in C, C++ and Delphi for PC/DOS, Windows and Linux platforms.
CMATH also includes a C equivalent for the Pascal/Delphi sets of transcendental functions.
CMATH for Delphi, as well as the capabilities of its C and C++ compatibilities, are extensive. The most important functions are listed in the table on the right.


CMATH for C/C++ has features similar to the use of the complex class in Visual C++/Delphi.
In Visual C++/Delphi, user code would look like the following:
REAL a, b; = b.px; =;

…where cx and cy are overloaded to set the real and imaginary components of a double or single precision complex number.
In CMATH for C/C++, the same code would be compiled as:
REAL a, b;
a = real(b);
b = imag(b);

…where real and imag are overloaded to set the real and imaginary components of a double or single precision complex number.
The C++/Delphi overloads are the same as those of Visual C++/Delphi.
CMATH also includes a complete set of operators for all operations on complex numbers.
The operators included are:
· Real — operator, returns the real component (the real number inside the complex number)
· Imaginary — operator, returns the

What’s New in the CMATH For Delphi?

CMATH for Delphi is a fully correct and efficient library for complex-number arithmetics and mathematics, both in cartesian and in polar coordinates.
The library implements all standard functions and operators, and is based on textbook formulas. For all complex functions, the same algebraic expressions are used in both the cartesian-coordinate and in the polar-coordinate versions. The prime focus is on mathematically rigorous correctness, rather than on immaculate consistency between different implementations or between different contexts.
Both single- and double-precision arithmetic may be used to any extent, depending on available resources. The matrix logarithm may be calculated according to any of the four «natural» methods (see below). (Actually, all complex functions are implemented as only a single separate code section. Any one of these implementations, however, may be activated at runtime, depending on the data type which is passed to the function. Most often, the matrix exponentiation is done by way of a logarithm.)
The library is optimized for real-time calculations in typical embedded applications. It may be run on the same target computer as all other components of the application, without any porting, and without any loss of performance.
Its maximum performance potential, however, is achieved by compiling all functions into assembly code.
«Accuracy» is not to be confused with «size of the data type used». Especially for large- and medium-size input values, it is in any case essential that intermediate results be stored to a fixed-size data type. What is good enough for «larger» values may be insufficient for «smaller» values. (A typical example is the sqrt() function, which may in fact be used to approximate any algebraic function.)
In this respect, CMATH for Delphi is basically no different from other complex libraries.
Mathematical Functions:
All mathematical functions in CMATH for Delphi are implemented completely in assembly language.
Implementations of these functions are identical to those of the C and Pascal/Delphi compilers. (The function names are prefixed with «c_» for C; for Pascal/Delphi, prefixed with «p_».)
By way of exception, the functions sqrt() and max() are only implemented in one code section in C/C++, while the other functions are implemented entirely in assembly language.
Calculation of a logarith

System Requirements For CMATH For Delphi:

OS: Microsoft Windows 7/Vista/XP SP2
Processor: Intel Core i3 / AMD Phenom II or equivalent
Video: Intel HD Graphics 3000/ AMD Radeon HD 4000 or equivalent
Hard drive: 2GB
Sound Card: DirectX 9.0c compatible
Input devices: Keyboard/mouse
Additional Notes:
AABBtree: Standard algorithm written by James Grieb —
Box2d: Standalone physics engine for 2


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