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BESTWORKX EXECUTIVE 2008 - A4 Paper Size (210 x 297 mm).
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Resource Standard Metrics is a source code metrics and quality analysis tool for ANSI C, ANSI C++, C# and Java for use on all Windows and UNIX operating systems. The speed, ease of use and portability of RSM make it unlike any other source code analysis tool on the market today. RSM provides standard metrics and automated source code analysis and is indispensable for any enterprise seeking to achieve ISO-9001, TickIt and SEI certifications. Now your company can run the same tool on multiple languages, on multiple operating systems, creating a higher standard for your metrics collection and source code quality.
Language Support
RSM supports the language syntax of ANSI C, ANSI C++, C# and Java. RSM is designed to analyze compiled source code. Source code that will not compile will not correctly pass through the RSM parser. RSM may miss functions and or code constructs if the source code cannot be compiled according to the specific grammar of the source language.
RSM Features
Resource Standard Metrics provides a combination of features not found in any other metrics tool. RSM is a shell-based tool, meaning that you must use a command shell or any UNIX shell or Xterm you desire to run RSM. This allows RSM to integrate seamlessly into Visual Studio, Kawa and other IDEs. RSM utilizes a license file and configuration file on start up. The configuration file allows the user to customize the degree of source code analysis. RSM typically takes run-time switches allowing the user to customize the desired output. RSM creates HTML reports for Visual Metrics that interacts with source code hyperlinks and CSV or comma separated value format for direct input to MS Excel or other spreadsheets.
Key Features
Use one tool across all operating systems - RSM Installation
Use one tool across all project languages for K&R and ANSI C, ANSI C++ and Java 2.0+ - RSM Options and Reports
No limitations to the file length, number of files or usage, RSM has processed proje
Requirements: Windows, Linux or Universal UNIX
Whats new in this version: Added new features and maintenance update
OptiVec contains more than 3500 hand-optimized, Assembler-written functions for all floating-point and integer data types from the following fields:
1. Vectorized form of arithmetic operators and math functions.
2. Matrix operations, e.g.: multiplication, inversion, LU decomposition, singular value decomposition, eigenvalues.
3. Fast Fourier Transform techniques for efficient convolutions, correlation analyses, spectral filtering, etc., both one- and two-dimensional.
4. Curve fitting for a wide range of model functions from simple linear regression to non-linear models with multiple data sets.
5. Statistics.
6. Analysis (derivatives, integrals, extrema, interpolation).
7. Graphical representation of data in Cartesian coordinates.
8. Complex number math, both in cartesian and polar format.
The vectorized implementation in Assembler makes OptiVec functions, on the average, 2-3 times faster than compiled source code of the same functionality. In many instances, the numerical accuracy is improved as well.
The object-oriented interface for C++, "VecObj", offers simplified function calls and increased memory safety.
This version is for Microsoft Visual C++ 5, 6, Visual studio 2003, 2005, 2008
Requirements: Microsoft Visual studio (at least Microsoft Visual C++ 5+)
OptiVec contains more than 3500 hand-optimized, Assembler-written functions for all floating-point and integer data types from the following fields:
1. Vectorized form of arithmetic operators and math functions.
2. Matrix operations, e.g.: multiplication, inversion, LU decomposition, singular value decomposition, eigenvalues.
3. Fast Fourier Transform techniques for efficient convolutions, correlation analyses, spectral filtering, etc., both one- and two-dimensional.
4. Curve fitting for a wide range of model functions from simple linear regression to non-linear models with multiple data sets.
5. Statistics.
6. Analysis (derivatives, integrals, extrema, interpolation).
7. Graphical representation of data in Cartesian coordinates.
8. Complex number math, both in cartesian and polar format.
The vectorized implementation in Assembler makes OptiVec functions, on the average, 2-3 times faster than compiled source code of the same functionality. In many instances, the numerical accuracy is improved as well.
The object-oriented interface for C++, "VecObj", offers simplified function calls and increased memory safety.
This version is for the Borland / CodeGear C++ compilers (BC4.0+, Borland C++ Builder, Borland Developer Studio, Turbo C++).
Requirements: Borland C++ (BC++ Builder, Borland Dev. Studio, CodeGear RAD Studio)
CMATH is a comprehensive library for complex-number arithmetics and mathematics.
The following features make CMATH an ideal replacement for other available complex class libraries:
1. High-performance implementation in machine code leads to superior speed.
2. Accuracy and safety are greatly enhanced.
3. Each of the floating-point accuracies (complex(float), complex(double), and complex(extended)) is given its own, individually optimized treatment.
4. Polar coordinates (magnitude;angle) are supported in addition to the usual cartesian coordinates (real;imaginary).
5. Switching from your compilers complex class library to CMATH is very simple: Just replace the include-file "complex.h" with "newcplx.h" - thats it!
The Shareware edition is optimized for PentiumXX, while maintaining compatibility with AMD processors (Athlon) and down to 486DX.
This version is for MS Visual C++ 5, 6, Visual studio 2003, 2005, or 2008.
Requirements: Microsoft Visual C++ 5, 6+ or Visual studio 2003, 2005, 2008
CMATH is a comprehensive library for complex-number arithmetics and mathematics.
The following features make CMATH an ideal replacement for other available complex class libraries:
1. High-performance implementation in machine code leads to superior speed.
2. Accuracy and safety are greatly enhanced.
3. Each of the floating-point accuracies (complex(float), complex(double), and complex(extended)) is given its own, individually optimized treatment.
4. Polar coordinates (magnitude;angle) are supported in addition to the usual cartesian coordinates (real;imaginary).
5. Switching from your compilers complex class library to CMATH is very simple: Just replace the include-file "complex.h" with "newcplx.h" - thats it!
The Shareware edition is optimized for PentiumXX, while maintaining compatibility with AMD processors (Athlon) and down to 486DX.
This version is for Borland C/C++ (BC4.0+, BC++Builder, Borland Dev. Studio, Turbo C++).
Requirements: Borland C++ compilers (BC4.0+, BC++ Builder, Developer Studio, CodeGear RAD Stuio, Turbo C++)
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visual|catalogues Enterprise v4.16 release is Major Update.
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