Altair Twin Activate 2023.0
Altair Twin Activate 2023.0 | 2.7 Gb
Altair, a global leader in computational science and artificial intelligence (AI), announced the release of Twin Activate 2023.0, the foundation of Altair’s digital twin solution, equips engineers with comprehensive tools to create and manage digital twins.
Highlights of the 2023 Release
As part of the Digital Twin focus in Altair, Activate is now Twin Activate, and it is positioned at the center of the current Digital Twin offering.
Transition from Menu to Full Ribbon Control
The menus are now represented as ribbons.
![Altair Twin Activate 2023.0]()
Advanced Tooltips for all Actions
All action icons in ribbons have advanced tooltips with extended information.
![Altair Twin Activate 2023.0]()
Quick Insert of Blocks and Components
Now it is possible to insert blocks by right clicking button and searching by the block name. It is not limited to simple blocks, it finds also physical components (Modelica), Spice components, and user elements.
![Altair Twin Activate 2023.0]()
Unsaved Indicator in Project Browser
In the Project Browser, a model that has not been modified has a black icon. The context menu offers a Save As option.
![Altair Twin Activate 2023.0]()
When a model has been modified, the icon is red. If you right-click on the icon has an additional Save option.
![Altair Twin Activate 2023.0]()
Message Center
A simulation error message now includes the simulation time and the causing block.
![Altair Twin Activate 2023.0]()
Mat Explorer
File Utility to explore and load variables from a .mat file. Data Tree to inspect variables along with their Name, Value, Type, Size, MAT Type.
![Altair Twin Activate 2023.0]()
Extended Support of FMI 3.0
- Provide FMI-3.0 export for array input/output variables
- Support Safe-mode for FMI-3.0 import
- Write signals into a CSV file for FMI-3.0 FMU
- Write signals into MTSF file for FMI-3.0 FMUs
- Handling of fixed structural variables with dependencies has been added to let the user change the dimension sizes of input, output, and internal variables at the initialization
- Support for FMI-3.0 with a source code interface and build configurations
![Altair Twin Activate 2023.0]()
Code Generation and Export: Embedded Solver
In Twin Activate 2023 two methods are available:
- The use of an embedded solver with a super block is defined in the context of the block using vssSetInlineSolver.
- More convenient is the definition of the embedded solver in the code generation UI (more details below).
Support of embedded solver in UI
- Embedded solver applicable for Inlined Code Generation
- Applicable for all targets
. Activate block
. FMU
. Host standalone
. Python
. Embed block
- Setting of solver parameters in separate tab
Solver inlining transformation is a method for embedding a numerical solver within the generated code. It can be applied to turn a model (or a part of it) into a purely discrete-time synchronous model.
With solver embedding, models with Modelica components and co-simulation FMUs are supported by the Inlined Code Generation. Support of a larger number of blocks for Inlined Code Generation.
License free export
The "License-free export" allows to generate FMUs and other targets without need of the license at runtime. The feature is intended to support systems that do not have access to licensing, such as embedded systems. This feature needs an additional license.
![Altair Twin Activate 2023.0]()
romAI Director - Redesign and Enhancements
New GUI and easier Workflow
On Twin Activate 2023, a new workflow improves ease of use. The GUI has following sections:
1. File Menu: Contains generic actions
2. Top ribbon: Buttons based on uipushtool feature
3. Tabs: Provide the switching feature
4. Left table: Choose signals and models
5. Canvas: Shows plots
6. Left panels: Show dataset and model information
7. Right panels: Input parameters
8. File information text boxes
![Altair Twin Activate 2023.0]()
Pre-Processor
The Pre-Processor lets you plot, filter signals, and saving data.
![Altair Twin Activate 2023.0]()
Builder
The Builder has the following functions:
1. Arrange the parameters in tabs
2. Add a table for all features that go in training
3. Physical Constraints can be selected using a drop-down menu instead of writing
![Altair Twin Activate 2023.0]()
Post-Processor
The Post-Processor has the following features:
1. Visualize all results (Loss metrics, Accuracy Check, Hyper Planes, and Time Simulation) on a single page and with less clicks
2. Process more than one model without loading models repeatedly
![Altair Twin Activate 2023.0]()
Heat Map
A Heat Map has been added to show the correlation among features. This helps you select features based on correlation coefficient. The Correlation Coefficient slider helps to get most correlated features.
![Altair Twin Activate 2023.0]()
Auto Exploration
Auto Exploration lets you train multiple models with different hidden layers, activation functions, and neurons.
![Altair Twin Activate 2023.0]()
Stop Training
Model Training can be stopped by clicking the stop button.
![Altair Twin Activate 2023.0]()
The menus are now represented as ribbons.
Altair Twin Activate 2023.0
Advanced Tooltips for all Actions
All action icons in ribbons have advanced tooltips with extended information.
Altair Twin Activate 2023.0
Quick Insert of Blocks and Components
Now it is possible to insert blocks by right clicking button and searching by the block name. It is not limited to simple blocks, it finds also physical components (Modelica), Spice components, and user elements.
Altair Twin Activate 2023.0
Unsaved Indicator in Project Browser
In the Project Browser, a model that has not been modified has a black icon. The context menu offers a Save As option.
Altair Twin Activate 2023.0
When a model has been modified, the icon is red. If you right-click on the icon has an additional Save option.
Altair Twin Activate 2023.0
Message Center
A simulation error message now includes the simulation time and the causing block.
Altair Twin Activate 2023.0
Mat Explorer
File Utility to explore and load variables from a .mat file. Data Tree to inspect variables along with their Name, Value, Type, Size, MAT Type.
Altair Twin Activate 2023.0
Extended Support of FMI 3.0
- Provide FMI-3.0 export for array input/output variables
- Support Safe-mode for FMI-3.0 import
- Write signals into a CSV file for FMI-3.0 FMU
- Write signals into MTSF file for FMI-3.0 FMUs
- Handling of fixed structural variables with dependencies has been added to let the user change the dimension sizes of input, output, and internal variables at the initialization
- Support for FMI-3.0 with a source code interface and build configurations
Altair Twin Activate 2023.0
Code Generation and Export: Embedded Solver
In Twin Activate 2023 two methods are available:
- The use of an embedded solver with a super block is defined in the context of the block using vssSetInlineSolver.
- More convenient is the definition of the embedded solver in the code generation UI (more details below).
Support of embedded solver in UI
- Embedded solver applicable for Inlined Code Generation
- Applicable for all targets
. Activate block
. FMU
. Host standalone
. Python
. Embed block
- Setting of solver parameters in separate tab
Solver inlining transformation is a method for embedding a numerical solver within the generated code. It can be applied to turn a model (or a part of it) into a purely discrete-time synchronous model.
With solver embedding, models with Modelica components and co-simulation FMUs are supported by the Inlined Code Generation. Support of a larger number of blocks for Inlined Code Generation.
License free export
The "License-free export" allows to generate FMUs and other targets without need of the license at runtime. The feature is intended to support systems that do not have access to licensing, such as embedded systems. This feature needs an additional license.
Altair Twin Activate 2023.0
romAI Director - Redesign and Enhancements
New GUI and easier Workflow
On Twin Activate 2023, a new workflow improves ease of use. The GUI has following sections:
1. File Menu: Contains generic actions
2. Top ribbon: Buttons based on uipushtool feature
3. Tabs: Provide the switching feature
4. Left table: Choose signals and models
5. Canvas: Shows plots
6. Left panels: Show dataset and model information
7. Right panels: Input parameters
8. File information text boxes
Altair Twin Activate 2023.0
Pre-Processor
The Pre-Processor lets you plot, filter signals, and saving data.
Altair Twin Activate 2023.0
Builder
The Builder has the following functions:
1. Arrange the parameters in tabs
2. Add a table for all features that go in training
3. Physical Constraints can be selected using a drop-down menu instead of writing
Altair Twin Activate 2023.0
Post-Processor
The Post-Processor has the following features:
1. Visualize all results (Loss metrics, Accuracy Check, Hyper Planes, and Time Simulation) on a single page and with less clicks
2. Process more than one model without loading models repeatedly
Altair Twin Activate 2023.0
Heat Map
A Heat Map has been added to show the correlation among features. This helps you select features based on correlation coefficient. The Correlation Coefficient slider helps to get most correlated features.
Altair Twin Activate 2023.0
Auto Exploration
Auto Exploration lets you train multiple models with different hidden layers, activation functions, and neurons.
Altair Twin Activate 2023.0
Stop Training
Model Training can be stopped by clicking the stop button.
Altair Twin Activate 2023.0
Altair Simulation -driven design changed product development forever, enabling engineers to reduce design iterations and prototype testing. Increasing scientific computing power expanded the opportunity to apply analysis, making large design studies possible within the timing constraints of a program. Now engineering adoption of AI is transforming product development again. The combination of physics-based simulation-driven design with machine learning, leveraging the latest in high-performance computing, enables teams to explore more and identify high-potential designs – while rejecting low-potential concepts – even earlier in development cycles.
Altair Twin Activate is an open and flexible integration solution that enables whole system simulation with real-time digital twin deployment through any stage of the product lifecycle. Through a unique block-diagram modeling environment, teams can model systems and systems-of-systems of any complexity. They can then test and predict system performance under various conditions using Altair’s digital twin solution that converges multidisciplinary, multiphysics simulation with revolutionary artificial intelligence (AI), data analytics, and high-performance computing (HPC) technologies.
Altair Activate: Physical-Based Approach
Altair Activate software is an open & flexible tool for rapidly modeling and simulating products as multi-disciplinary systems in the form of 1D models (expressed as singnal-based or physical block diagrams), optionally coupled to 3D models
Altair is a global leader in computational science and artificial intelligence (AI) that provides software and cloud solutions in simulation, high-performance computing (HPC), data analytics, and AI. Altair enables organizations across all industries to compete more effectively and drive smarter decisions in an increasingly connected world – all while creating a greener, more sustainable future.
Owner: Altair
Product Name: Twin Activate
Version: 2023.0
Supported Architectures: x64
Website Home Page : www.altairhyperworks.com
Languages Supported: english
System Requirements: Windows **
Size: 2.7 Gb
Altair Twin Activate 2023.0
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![Altair Twin Activate 2023.0]()
Added by 3% of the overall size of the archive of information for the restoration
No mirrors please
Altair Twin Activate 2023.0
