Equation solving, programming, data analysis and visualization.
Altair Compose
Altair Compose is an engineering and computing software that combines both a matrix language and an interactive environment for solving a wide variety of mathematical problems, including solving differential equations, signal processing and control system analysis. Engineers and researchers have the opportunity to effectively carry out various numerical calculations, develop algorithms, process and visualize data.
Users have access to an exhaustive set of tools for the rapid development of their own numerical methods and algorithms. Matrix programming language, interactive debugging tools, as well as a wide selection of ready-made mathematical libraries cover all the needs of developers, including allowing them to use several different approaches simultaneously and find a solution much faster than using standard programming languages such as C/C++.
Built-in tools for importing and exporting data from various CAE systems allow you to work effectively in Altair Compose on engineering projects of any complexity.
Users have access to an exhaustive set of tools for the rapid development of their own numerical methods and algorithms. Matrix programming language, interactive debugging tools, as well as a wide selection of ready-made mathematical libraries cover all the needs of developers, including allowing them to use several different approaches simultaneously and find a solution much faster than using standard programming languages such as C/C++.
Built-in tools for importing and exporting data from various CAE systems allow you to work effectively in Altair Compose on engineering projects of any complexity.
MAIN FEATURES OF ALTAIR COMPOSE
· NUMERICAL CALCULATIONS
Compose includes hundreds of mathematical operations and built-in functions for a variety of calculations and calculations - from elementary to super-complex.
· FAST ALGORITHM CONSTRUCTION
The ability to learn different approaches and find solutions much faster than using spreadsheets or standard programming languages such as C/C++.
· MULTILINGUAL MATHEMATICAL ENVIRONMENT
Based on the OpenMatrix (ML) language, compatible with Octave and Python.
· PROCESS AUTOMATION AND SCRIPTING
The Compose system is especially convenient when performing frequently repeated calculations or optimizing certain characteristic processes. It also includes a useful feature to eliminate reproducible errors.
· CHARTING AND VISUALIZATION
The ability to build a variety of 2D and 3D graphs provides a deeper understanding of the calculation results and the data obtained.
· BUILT-IN TOOLS FOR IMPORTING DATA FROM CAE SYSTEMS
In the Compose software system, easy data import, visualization and processing are available for subsequent physical tests and virtual numerical calculations - using FEM, CFD algorithms, for solving problems of electromagnetism, kinematics, etc.
· NUMERICAL CALCULATIONS
Compose includes hundreds of mathematical operations and built-in functions for a variety of calculations and calculations - from elementary to super-complex.
· FAST ALGORITHM CONSTRUCTION
The ability to learn different approaches and find solutions much faster than using spreadsheets or standard programming languages such as C/C++.
· MULTILINGUAL MATHEMATICAL ENVIRONMENT
Based on the OpenMatrix (ML) language, compatible with Octave and Python.
· PROCESS AUTOMATION AND SCRIPTING
The Compose system is especially convenient when performing frequently repeated calculations or optimizing certain characteristic processes. It also includes a useful feature to eliminate reproducible errors.
· CHARTING AND VISUALIZATION
The ability to build a variety of 2D and 3D graphs provides a deeper understanding of the calculation results and the data obtained.
· BUILT-IN TOOLS FOR IMPORTING DATA FROM CAE SYSTEMS
In the Compose software system, easy data import, visualization and processing are available for subsequent physical tests and virtual numerical calculations - using FEM, CFD algorithms, for solving problems of electromagnetism, kinematics, etc.