Altair Compose/Embed

Altair Compose (formerly known as SolidThinking Compose) is a complex numerical matrix computation language and an integrated interactive programming environment that provides engineers, researchers, and product developers with the ability to perform various calculations.

 

Altair Compose/Embed
Altair Compose/Embed

Matrix analysis, solving differential equations, signal analysis, control design studies, and more can be performed using this software. Additionally, this software features a comprehensive set of tools to accelerate development, along with a powerful debugging and troubleshooting engine, making it a one-stop shop for users.

Altair Activate/Compose/Embed are three powerful engineering programs from SolidThinking that assist product designers, control engineers, and system simulation engineers in designing simulations.

In today’s competitive market, the simulation process requires innovation from the initial product design to production.

SolidThinking has helped many companies achieve optimal quality while saving time and costs by offering a powerful software package for model-based development, conceptual design, and structural simulation.

  • Altair Activate is a practical and flexible tool for rapid prototyping and product simulation as multi-domain systems, making it highly useful for engineers and product designers.
  • Altair Compose provides a useful environment for performing calculations, data manipulation, visualization, programming process automation, script execution, and accelerating repetitive computations.
  • Altair Embed is a graphical environment for developing model-based embedded systems that automatically generates code from block diagram models and transfers it to hardware controllers.

Altair Compose is a new and powerful software environment for numerical computations, working with visual data (including CAE simulation results like test results), programming, and debugging. It is used for performing common calculations and automating processes.

This software enables users to achieve high accuracy and speed by performing various mathematical calculations, linear algebra (matrix factorization, differential equations), and more, and view results through precise simulations.

Thanks to its intuitive and visually appealing graphical environment, this program allows you to execute your engineering calculations once or multiple times and reuse these scripts repeatedly.

It is suitable for data processing and performance tracking, ultimately helping users make more informed decisions.

All the features of this tool are integrated into a simple and intuitive Integrated Development Environment (IDE), meaning there is no need to install any additional tools or plugins to use its features.

 

Altair SimLab project
Altair Compose

Altair Compose Features:

  • Perform various mathematical and technical calculations.
  • Use standalone scripts or reuse code.
  • Suitable for various mathematical computations, linear algebra, and differential equations.
  • Ability to adapt and analyze outputs.
  • Access to a simple and elegant IDE.
  • Equipped with dozens of useful and powerful libraries without dependency on plugins.
  • Enjoy a simple and visually appealing graphical environment.
  • Perform technical calculations based on fundamental principles.
  • Pre-processing and post-processing of data.
  • Helps in making better technical decisions.
  • A versatile tool with an intuitive environment.
  • Process automation and scripting.
  • 2D and 3D plotting.
  • Data input and output for CAE tools.
  • Complete product performance simulation.
  • Control system design.
  • Automatic conversion of schematics into MCU code.
  • A high-level programming language based on numerical arrays.
  • Compilation and debugging of various mathematical operations.
  • Industry-standard language.
  • Statistical data analysis and visualization.
  • Matrix analysis and number theory.
  • Interactive 2D and 3D design.
  • Interactive command-line interface and rapid algorithm development.
  • Quick access to and processing of technical data.
  • Matrix-based data structures.
  • Programming capabilities.