Mil Sil Hil

A more advanced example using all types of global parameter and a table — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface
A&D Technology Procyon — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
About Simulink numerical solver methods — Concluding remarks and FAQs
Accessing integer parameters — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface > Importing and using the Black-box manually
Accessing text parameters — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface > Importing and using the Black-box manually
Additional features — The Automation Connect environment in detail > Variable Mapping tab
Additional prototype interfaces — The Automation Connect environment in detail
Additional required step for RT-LAB export — Getting started with Simcenter Amesim Real-Time Simulation
Advanced example: creation of a source-code FMU for real-time target — Creating and exporting FMU
Advanced hiding I/O and parameters — Using the Simulink to Simcenter Amesim Interface > SL2AMECosim advanced topics
An example using external data files
Before starting with Simcenter Amesim Real-Time Simulation
Before starting with Simcenter Amesim Real-Time Simulation — Real-Time Simulation > Before starting / Real-time export based on FMI
Bibliography
Black-box compatibility
Black-box compatibility — Simulink Interface > Black-box compatibility
Capabilities and limitations — Creating and exporting FMU
Capabilities and limitations — Importing and using FMU
Capabilities and limitations (FMU import) — Functional Mock-up Interface > Importing and using an FMU > Capabilities and limitations
Changing parameters or tables in the Simcenter Amesim model on the real-time target — Getting started with Simcenter Amesim Real-Time Simulation
Choosing a fixed-step Simulink solver (for example, for Real-Time applications) — Concluding remarks and FAQs > About Simulink numerical solver methods
Co-simulation interface — Using the Simcenter Amesim to Simulink Interface
Co-simulation related capabilities — Importing and using FMU > Capabilities and limitations
Co-simulation settings in the master simulator — Creating and exporting FMU > The Export Tool in detail
Co-simulation specific parameters — Importing and using FMU > The Import Tool in detail > Import submodel-specific parameters
Combining with other interfaces — Introduction > Supported Simulink Interface modes
Command line tool reference — Importing and using FMU > The Import Tool in detail
Command line tool reference — Functional Mock-up Interface > Importing and using an FMU > Command line tool reference
Common parameters — Importing and using FMU > The Import Tool in detail > Import submodel-specific parameters
Common problems and their solutions — Concluding remarks and FAQs
Common requirements — Introduction > Requirements
Compilation failure with error message related to the simstruct.h file — Concluding remarks and FAQs > Common problems and their solutions
Compilation window blocked during the first use of the interface — Concluding remarks and FAQs > Common problems and their solutions
Compile the code for real-time target – General instructions — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
Concluding remarks and FAQs
Conclusions — Using the Simulink to Simcenter Amesim Interface
Concurrent SIMulation Workbench — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
Connecting the Automation Connect tool — Getting started
Constructing the model in Simcenter Amesim — Using the Simcenter Amesim to Simulink Interface
Continuous state variables related to FMI for Model Exchange — Importing and using FMU > The Import Tool in detail
Controlling a synchronized simulation — The Automation Connect environment in detail > Time synchronization
Controlling Simcenter Amesim with Automation Connect — Getting started
Correspondences between Simcenter Amesim and Simulink solver methods — Concluding remarks and FAQs
Create statecharts — Statechart Environment > Create statecharts / Debug and Test statecharts / Statechart as model component
Creating and exporting an FMU — Functional Mock-up Interface > Creating and exporting an FMU (overview)
Creating and exporting FMU
Dashboard tab — The Automation Connect environment in detail
Directional derivatives — Creating and exporting FMU > The Export Tool in detail
Discrete or continuous Simulink solver — Concluding remarks and FAQs > About Simulink numerical solver methods
Documentation Use and Trademarks
Documentation Use and Trademarks
dSPACE SCALEXIO — Getting started with Simcenter Amesim Real-Time Simulation > Changing parameters or tables in the Simcenter Amesim model on the real-time target
dSPACE SCALEXIO Linux32 (from 2020-B to 2023-A) — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
dSPACE SCALEXIO Linux64 (2022-A and higher) — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
dSPACE SCALEXIO QNX (up to 2021-A) — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
Eligible Simcenter Amesim Features — Parallel Processing > Eligible Simcenter Amesim Features / Setting up a Distributed Simulation
Environment required by the command line tool — Importing and using FMU > The Import Tool in detail
Environment required by the command line tool — Functional Mock-up Interface > Importing and using an FMU > Environment required by the command line tool
Example — Concluding remarks and FAQs > Correspondences between Simcenter Amesim and Simulink solver methods
Example: dSPACE multicore target — Exporting an Simcenter Amesim model on a Multicore Real-Time target
Exporting an Simcenter Amesim model on a Multicore Real-Time target
Feature summary and organization of this manual — Introduction
FMI for Co-simulation — Creating and exporting FMU > Principle of operation of the FMI export
FMI for Model Exchange — Creating and exporting FMU > Principle of operation of the FMI export
FMI Type Selection — Functional Mock-up Interface > Importing and using an FMU > FMI Type Selection / Generated import submodel
FMI Type Selection — Importing and using FMU > The Import Tool in detail
FMU Export via scripting — Creating and exporting FMU
FMU platform and architecture definition — Creating and exporting FMU > FMU Export via scripting
Force control in semi-active car damper — Using the Simulink to Simcenter Amesim Interface > Tutorials
Generate the code for real-time in Simcenter Amesim — Getting started with Simcenter Amesim Real-Time Simulation
Generate the files for real-time in Simcenter Amesim — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
Generated import submodel — Importing and using FMU > The Import Tool in detail
Generating FMU documentation — Creating and exporting FMU > The Export Tool in detail
Generating the ASBB — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface
Generating the code - SL2AMECosim — Using the Simulink to Simcenter Amesim Interface > Using the SL2AMECosim interface - Co-simulation Mode
Getting started — Importing and using FMU
Getting started
Getting started (FMU import) — Functional Mock-up Interface > Importing and using an FMU > Getting started
Getting started with Simcenter Amesim Real-Time Simulation
Getting started: exporting a simple model with no input or output — Creating and exporting FMU
Glossary
Glossary
Glossary
Graphical Interface Summary — Using the Simcenter Amesim to Simulink Interface
Hardware-in-the-Loop — Introduction
Hiding input and output blocks — Using the Simulink to Simcenter Amesim Interface > SL2AMECosim advanced topics
Hiding parameters — Using the Simulink to Simcenter Amesim Interface > SL2AMECosim advanced topics
Impact of algebraic loops on the Simulink solver — Concluding remarks and FAQs > About Simulink numerical solver methods
Implicit or explicit Simulink solver (stiff or non-stiff systems) — Concluding remarks and FAQs > About Simulink numerical solver methods
Import assistant reference — Functional Mock-up Interface > Importing and using an FMU > Import assistant reference
Import assistant reference — Importing and using FMU > The Import Tool in detail
Import of an FMU for Co-simulation — Importing and using FMU > Simple examples
Import of an FMU for Model Exchange — Importing and using FMU > Simple examples
Import submodel-specific parameters — Importing and using FMU > The Import Tool in detail
Importing a Simcenter Amesim Model for a Standard Interface Using a Black-Box — Using the Simcenter Amesim to Simulink Interface > Importing into Simulink Without Using the Simcenter Amesim Library
Importing a Simcenter Amesim Model for the Standard Interface — Using the Simcenter Amesim to Simulink Interface > Importing into Simulink Without Using the Simcenter Amesim Library
Importing and using an FMU — Functional Mock-up Interface > Importing and using an FMU (overview)
Importing and using FMU
Importing and using the Black-box manually — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface
Importing Black-box models into Simulink using amecreatebbmask command — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface
Importing into Simulink Without Using the Simcenter Amesim Library — Using the Simcenter Amesim to Simulink Interface
Importing Simcenter Amesim Model for Co-Simulation Interface — Using the Simcenter Amesim to Simulink Interface > Importing into Simulink Without Using the Simcenter Amesim Library
Importing the generated code into Simcenter Amesim-Co-simulation Mode — Using the Simulink to Simcenter Amesim Interface
Importing the model into Simulink — Using the Simcenter Amesim to Simulink Interface
Influence of interface modes on the Simulink solver — Concluding remarks and FAQs > About Simulink numerical solver methods
Initialization — Creating and exporting FMU > The Export Tool in detail
Initialize and start — The Automation Connect environment in detail > Time synchronization
Installation and configuration of the Simcenter Amesim Real-Time Simulation
Installation-free FMUs (standard case) — Creating and exporting FMU > The Export Tool in detail
Interface block creation — Creating and exporting FMU > The Export Tool in detail
Introducing Parallel Processing — Parallel Processing > Introducing Parallel Processing
Introduction — Functional Mock-up Interface > Introduction
Introduction — High Performance Computing > Introduction
Introduction
Introduction
Introduction — Using the Simcenter Amesim to Simulink Interface > Co-simulation interface
Introduction
Introduction
Introduction — Simulink Interface > Introduction
Introduction (Statechart Environment) — Statechart Environment > Introduction
IQAN simulate 5 — The Automation Connect environment in detail > System-Interface tabs
Known limitations — Using the Simulink to Simcenter Amesim Interface > SL2AMECosim advanced topics
Known Limitations
Known Limitations (Real-Time Simulation) — Real-Time Simulation > Known Limitations
License-free and/or standalone FMU (option) — Creating and exporting FMU > The Export Tool in detail
Main situations and principles — Exporting an Simcenter Amesim model on a Multicore Real-Time target
Mapping of variables — The Automation Connect environment in detail > Variable Mapping tab
MathWorks Simulink Real-Time (Speedgoat) — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
Menu — The Automation Connect environment in detail > User interface overview
Model Exchange related capabilities — Importing and using FMU > Capabilities and limitations
Model in Simcenter Amesim — Getting started with Simcenter Amesim Real-Time Simulation
Model parameters — Getting started > Controlling Simcenter Amesim with Automation Connect
Model Parameters Window for the Co-Simulation Interface — Using the Simcenter Amesim to Simulink Interface > Graphical Interface Summary
Multi-DLL Compatibility
Multiple FMUs and multiple instances of the same FMU — Creating and exporting FMU > The Export Tool in detail
Non-stiff systems — Concluding remarks and FAQs > About Simulink numerical solver methods > Implicit or explicit Simulink solver (stiff or non-stiff systems)
Not possible to run sequential simulations — Concluding remarks and FAQs > Common problems and their solutions
Numerical solver settings relevant to co-simulation — Creating and exporting FMU > The Export Tool in detail
NX Mechatronics Concept Designer — The Automation Connect environment in detail > System-Interface tabs
One-level voltage source — Using the Simulink to Simcenter Amesim Interface > Tutorials
OPAL-RT TECHNOLOGIES RT-LAB — Getting started with Simcenter Amesim Real-Time Simulation > Changing parameters or tables in the Simcenter Amesim model on the real-time target
OPAL-RT TECHNOLOGIES RT-LAB — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
OPAL-RT TECHNOLOGIES RT-LAB (32-bit Linux target) — Supported Real-Time target workflows
OPAL-RT TECHNOLOGIES RT-LAB (QNX target) — Getting started with Simcenter Amesim Real-Time Simulation > Generate the code for real-time in Simcenter Amesim
OPC UA Client — The Automation Connect environment in detail > System-Interface tabs
Open-loop simulations for basic model checks — Concluding remarks and FAQs > Common problems and their solutions
Open-loop simulations for basic model checks — Creating and exporting FMU > The Export Tool in detail
Open-loop simulations for basic model checks — Getting started
Optional model preparation steps — Creating and exporting FMU > FMU Export via scripting
Platform selection — Functional Mock-up Interface > Importing and using an FMU > Platform selection
Platform selection — Importing and using FMU > The Import Tool in detail
PLCSIM Advanced — The Automation Connect environment in detail > System-Interface tabs
Preparation of the Simcenter Amesim model — Getting started
Preparing the model — Exporting an Simcenter Amesim model on a Multicore Real-Time target
Preparing the Simcenter Amesim model — Using the Simcenter Amesim to Simulink Interface > Using the Simcenter Amesim-Simulink Black-box interface
Preparing the Simulink model — Using the Simulink to Simcenter Amesim Interface > Using the SL2AMECosim interface - Co-simulation Mode
Principle of operation — Creating and exporting FMU > FMU Export via scripting
Principle of operation of the FMI export — Creating and exporting FMU
Real-Time and Multi-DLL Compatibility
Real-time export based on the Functional Mock-up Interface (FMI)
Run Parameters Window for the Co-Simulation Interface — Using the Simcenter Amesim to Simulink Interface > Graphical Interface Summary
Run Parameters Window for the Standard Interface — Using the Simcenter Amesim to Simulink Interface > Graphical Interface Summary
Running batch simulations within Simulink — Using the Simcenter Amesim to Simulink Interface
Running the simulation on the real-time platform — Getting started with Simcenter Amesim Real-Time Simulation
Runtime licenses (FMU execution, standard case) — Creating and exporting FMU > The Export Tool in detail
Selecting the interface you require — Introduction
Simcenter Amesim — The Automation Connect environment in detail > System-Interface tabs
Simcenter Amesim and comparable Simulink solver methods for Model Exchange modes — Concluding remarks and FAQs > Correspondences between Simcenter Amesim and Simulink solver methods
Simcenter Amesim Library — Using the Simcenter Amesim to Simulink Interface > Graphical Interface Summary
Simcenter Amesim model imported into Simulink — Getting started with Simcenter Amesim Real-Time Simulation
Simcenter Amesim to Simulink software requirements — Introduction > Requirements
Simcenter Flomaster Interface — The Automation Connect environment in detail > System-Interface tabs
SIMIT Simulation Framework — The Automation Connect environment in detail > System-Interface tabs
SIMIT Unit (also known as Simulation Unit) — The Automation Connect environment in detail > System-Interface tabs
Simple example: exporting a model containing input and output ports — Creating and exporting FMU
Simple examples — Importing and using FMU
Simple examples
Simulation parameters — Getting started > Controlling Simcenter Amesim with Automation Connect
Simulink solver type: fixed-step or variable-step — Concluding remarks and FAQs > About Simulink numerical solver methods
Simulink to Simcenter Amesim software requirements — Introduction > Requirements
SL2AMECosim advanced topics — Using the Simulink to Simcenter Amesim Interface
Software-in-the-Loop — Introduction
Statechart objects — Statechart Environment > Statechart objects
Statechart semantics — Statechart Environment > Statechart semantics
Stiff systems — Concluding remarks and FAQs > About Simulink numerical solver methods > Implicit or explicit Simulink solver (stiff or non-stiff systems)
Summary for choosing a Simulink solver — Concluding remarks and FAQs > Correspondences between Simcenter Amesim and Simulink solver methods
Supported platforms — Functional Mock-up Interface > Supported platforms
Supported platforms — Introduction
Supported Simulink Interface modes — Introduction
System requirements — Real-Time Simulation > System requirements
System requirements
System-Interface — The Automation Connect environment in detail > User interface overview
System-Interface tabs — The Automation Connect environment in detail
The Automation Connect environment in detail
The Export Tool in detail — Functional Mock-up Interface > Creating and exporting an FMU > The Export Tool in detail
The Export Tool in detail — Creating and exporting FMU
The FMU Export Assistant — Creating and exporting FMU > The Export Tool in detail
The Import Tool in detail — Importing and using FMU
The Main Window — Using the Simcenter Amesim to Simulink Interface > Graphical Interface Summary
The state diagram (tutorial) — Statechart Environment > The state diagram
The two interfaces — Simulink Interface > The two interfaces / Selecting the interface you require
The two interfaces — Introduction
Time synchronization — The Automation Connect environment in detail
Tool Coupling scenario with result file — Creating and exporting FMU > The Export Tool in detail
Troubleshooting
Tutorials — Using the Simulink to Simcenter Amesim Interface
Usage of the co-simulation interface — Using the Simcenter Amesim to Simulink Interface > Co-simulation interface
User interface overview — The Automation Connect environment in detail
Using Automation Connect with the interactive dashboard as HMI — Getting started > Controlling Simcenter Amesim with Automation Connect
Using Automation Connect with the plot — Getting started > Controlling Simcenter Amesim with Automation Connect
Using more than one interface block — Using the Simcenter Amesim to Simulink Interface
Using multiple Simulink Interfaces — Introduction > Supported Simulink Interface modes
Using Simcenter Amesim Run — Getting started > Controlling Simcenter Amesim with Automation Connect
Using the Simcenter Amesim to Simulink Interface
Using the Simcenter Amesim-Simulink Black-box interface — Using the Simcenter Amesim to Simulink Interface
Using the Simulink to Simcenter Amesim Interface
Using the SL2AMECosim interface - Co-simulation Mode — Using the Simulink to Simcenter Amesim Interface
Variable Mapping tab — The Automation Connect environment in detail