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 # User guide contents 

 Last update: 17.07.2025 

- [System Coupling Participant library capabilities](md_02_ParticipantLibraryCapabilities.xhtml)
- [Concepts and terminology](md_03_ConceptsAndTerminology.xhtml)
- [Steps to perform mapping](md_04_ParticipantStepsForMapping.xhtml)
- [Steps to set up and execute a coupled analysis](md_05_StepsToSetupAndExecutedCoupledAnalysis.xhtml)
- [Completing the System Coupling participant setup](md_06_ParticipantSetup.xhtml)
- [Participant steps in a coupled analysis](md_07_ParticipantStepsInCoupledAnalysis.xhtml)
- [Command line arguments for participant solvers](md_08_CommandLineArguments.xhtml)
- [Execution in a parallel environment](md_09_ParallelExecution.xhtml)
- [Access to parameter data](md_10_ParameterDataAccess.xhtml)
- [Access to heavyweight data](md_11_HeavyweightDataAccess.xhtml)
- [Mesh and point cloud data access](md_12_MeshDataAccess.xhtml)
- [Creating restart points and restarting a coupled analysis](md_13_Restarts.xhtml)
- [Multi-region coupling interfaces](md_14_Multiregion.xhtml)
- [Testing and debugging tools](md_15_TestingDebuggingTools.xhtml)
- [Migration guide](md_16_MigrationGuide.xhtml)
- [Compiling, linking, and executing applications that use the participant library](md_17_CompilingLinkingExecuting.xhtml)
- [Tutorial: Heat transfer in square channel air flow](md_18_ChannelFlowTutorial.xhtml)
- [Tutorial: Oscillating plate damping](md_19_PlateDampingTutorial.xhtml)
- [Tutorial: Pipe papping](md_20_PipeMappingTutorial.xhtml)