Altair Compose is an advanced software environment tailored for mathematical calculations, data analysis, and algorithm development. It offers a wide array of tools for linear algebra, statistics, signal processing, and optimization, making it suitable for both one-time calculations and repetitive processes. With its intuitive user interface and no additional toolboxes required, it allows users to streamline complex computations and automate processes, while providing robust capabilities for 2D and 3D visualization. Altair Compose supports multiple programming languages, including Open Matrix Language (OML), Octave, and Python. The software integrates seamlessly with Altair Activate and Altair Embed for multi-domain simulations and embedded system testing. Its ability to read and manipulate CAE test data, including FEA and CFD, further enhances its utility in engineering and scientific applications. Altair Compose is perfect for engineers and researchers who require a flexible, all-in-one tool for data-driven decision-making and model-based development. Features:

• Extensive numerical computing capabilities with built-in math functions for complex calculations.
• Rapid algorithm development that allows users to test multiple approaches faster than traditional tools.
• Multi-language math environment supporting Open Matrix Language (OML), Python, and Octave.
• Streamlined process automation for repetitive tasks and debugging support.
• Advanced plotting and 3D visualization to enhance data insights.
• Built-in CAE data readers for easy integration with FEA, CFD, and electromagnetics data.
• Seamless integration with Altair Activate and Embed for system simulations and model-based design.
• Tools for signal processing, curve fitting, system dynamics, and fatigue damage evaluation.
• Custom library creation for extended functionality.
• Efficient automation and data compression features.