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- Getting Started with optiSLang
- User Interface Overview
- Creating and Opening Projects
- Wizards
- Basics of Systems and Nodes
- Overview of Systems and Nodes
- System and Node Context Menus
- Adding a System or Node to the Scenery Pane
- Connecting Nodes
- Defining Slot Values
- Using Data Flow Flags
- Data Types
- Using the Calculator
- Opening the Calculator
- Entering Expressions
- Creating Macros
- Function Tree
- Basic Operators and Mathematical Functions
- Basic Operators
- Complex
- Trigonometric
- Linear Algebra
- Vector and Matrix Constructor Operator
- Vector and Matrix Index Operator
- Vector Slices
- Vector Constructor Function
- Matrix Constructor Function
- Norm
- Transpose
- Invert
- Euclidean Norm
- LU Factorization
- Fourier Transformation
- Inverse Fourier Transformation
- Modal Assurance Criterion
- Coordinate Modal Assurance Criterion
- Shape Difference Indicator
- Inner Product
- Outer Product
- Matrix Multiplication
- Mode Pairs
- Determinant
- Identity matrix
- Signal
- XYData for Matrix
- Signal
- Sum
- Mean
- Standard Deviation
- Extract
- Window
- Largest Common Time Interval
- Fourier Transformation
- Inverse Fourier Transformation
- Derive
- Shifted Fourier Transformation
- Shifted Inverse Fourier Transformation
- Integrate
- Area
- Root Mean Square
- Q-th Power Mean
- Mapping
- Root Mean Square Deviation
- Q-th Power Mean Error
- Peaks
- Minimum Peaks
- Maximum Peaks
- Peaks of Magnitude
- Sort
- Filter
- Distribution Functions
- Other
- Conditional
- Macros - Signal Functions
- $ABSOLUTE_ERROR
- $ACCUMULATE_CHANNELS
- $APPEND_XYDATA
- $PERCENT_ERROR
- $RELATIVE_ERROR
- $RESAMPLING
- $SIG_ABL_DIFF_NORM
- $SIG_ABL_DIFF_NORM_SLOT
- $SIG_DIFF_EUCLID
- $SIG_DIFF_EUCLID_SLOT
- $SIG_DIFF_INT
- $SIG_DIFF_INT_SLOT
- $SIG_DIFF_NORM
- $SIG_DIFF_NORM_SLOT
- $SIG_DIFF_SIZE
- $SIG_DIFF_SLOT_SIZE
- $SIG_EUCLID
- $SIG_EUCLID_SLOT
- $SIG_INT
- $SIG_INT_SLOT
- $SIG_MAP_2_SIGNALS
- $SIG_MAX_X
- $SIG_MAX_X_SLOT
- $SIG_MAX_Y
- $SIG_MAX_Y_SLOT
- $SIG_MEAN
- $SIG_MEAN_SLOT
- $SIG_MIN_X
- $SIG_MIN_X_SLOT
- $SIG_MIN_Y
- $SIG_MIN_Y_SLOT
- $SIG_NORM
- $SIG_NORM_SLOT
- $SIG_RMS
- $SIG_RMS_SLOT
- $SIG_SIZE
- $SIG_SLOT_SIZE
- $SIG_STDDEV
- $SIG_STDDEV_SLOT
- $SIG_SUM
- $SIG_SUM_SLOT
- $SIG_VALUE_FIRST_X
- $SIG_VALUE_FIRST_Y
- $SIG_VALUE_LAST_X
- $SIG_VALUE_LAST_Y
- $SIG_VALUE_X
- $SIG_VALUE_Y
- $SIG_Y_RANGE
- $SIG_Y_RANGE_SLOT
- Remote Submission
- Available Modules
- Connector Overview
- Systems
- Algorithms Folder
- Optimization Folder
- Optimization Slots
- Non-Linear Programming by Quadratic Lagrangian (NLPQL)
- Downhill Simplex Method
- Mixed-Integer Sequential Quadratic Programming (MISQP)
- Adaptive Response Surface Method (ARSM)
- Adaptive Multiple-Objective (AMO)
- Adaptive Single-Objective (ASO)
- One-Click Optimization (OCO)
- Probabilistic Inference for Bayesian Optimization (PI-BO)
- Nature Inspired Optimization
- Reliability Folder
- Sampling Folder
- Algorithm System (Beta)
- Adaptive Metamodel of Optimal Prognosis (AMOP) Node
- Basic Systems Folder
- Add-Ins Folder
- Process Chain Elements
- Integrations Folder
- Integration Dialog
- Basics of Integration Nodes
- Ansys CFX-Solver
- Ansys DCS
- Ansys Discovery
- Ansys EDT
- Quick Start Guide
- Integration Overview
- Preparation of the AEDT Baseline Project
- Setup Steps in optiSLang
- Setup Guide for optiSLang in AEDT
- Features in Detail
- Shared Parametrization Mode and Other Parametrization Options
- Basic Run Modes
- Addressing Job Queuing Systems (Scheduler Submit)
- optiSLang in AEDT: A New Working Principle
- General Solve Behavior and Working With the Analyze All Paradigm
- Using Custom Scripts Snippets
- Understanding the Result Data Transfer Mechanism
- Scripted Project Walker inquiry and the optiSLang Directories
- AEDT Node Support for User-Defined BatchSolve Commands
- Environment variable expansion in path settings
- Integration Node Settings
- Tips and Best Practices
- Examples and Tutorials
- Supported Versions and Requirements
- Troubleshooting
- Known Issues and Limitations
- Ansys EDT LSDSO
- Ansys Fluent-Mesher
- Ansys Fluent-Solver
- Ansys HPS Node
- Ansys Lumerical
- Ansys ModelCenter
- Ansys OpticStudio
- Ansys optiSLang
- Ansys SpaceClaim
- Ansys Speos
- Ansys Thermal Desktop
- Ansys Workbench
- AxSTREAM
- CATIA
- COMSOL
- Creo
- Excel
- Inventor
- IPG Automotive Integration
- KULI
- LibreOffice Calc
- MATLAB/Octave
- MOP Solver
- MotorCAD
- NASTRAN
- NX
- optiSLang OMDB
- Python
- SimulationX
- Input Nodes Folder
- Output Nodes Folder
- Process and Script
- Analysis
- Advanced
- Project Management
- Project Directory Structure
- Situational Dialogs
- List of File Extensions
- Placeholders
- optiSLang Project XML OPX
- Project Overview
- Project Settings
- License Management
- Logging Management
- Conversion of External Projects
- System Environment and Registry
- Remote Control and Monitoring
- Templates
- Configuration Settings
- Graphics Rendering
- File Handling
- Registering Files
- Using Ansys Minerva with Projects
- Purge Project
- Ansys optiSLang Microsoft Excel Add-in
- Postprocessing
- Opening the Postprocessing Window
- Starting the Postprocessing Executable from a Command Line
- Postprocessing User Interface Overview
- Postprocessing Modes
- Design Point Import Wizard
- Importing Formats from JSON Files
- Cluster Analysis
- Creating Dimension Groups
- Palette Editor
- Postprocessing Plots
- Exporting a Plot as a Picture
- Saving Postprocessing
- Postprocessing Python Scripting
- Postprocessing Files
- oSP3D Post-Processing
- Getting Started with oSP3D
- oSP3D Interface
- oSP3D Capabilities
- oSP3D Examples
- oSP3D File and Data Management
- oSP3D Data Objects
- oSP3D Statistical Measures
- oSP3D Field Data Models
- oSP3D File Format Specifications
- File Formats Overview
- Ansys Mechanical Files
- Abaqus Files
- CSV Files
- Importing Scalar Data from CSV Files
- Exporting Scalar Data from CSV Files
- Importing Field Data from CSV Files
- Writing Field Data to CSV Files
- Exporting Field Data Objects
- Importing 1D Grid Data Files (Signal Mesh and Data)
- Importing 1D Grid Data Files (Signal Data)
- Simulating 1D Grid Data Files (Signal Data)
- Importing 2D Grid Data Files
- Importing 3D Grid Data Files
- Importing Fluent Result Data Files
- Image Files
- LS-DYNA Files
- LS-PrePost Files
- Nastran Files
- optiSLang Files
- PAM-STAMP Files
- PERMAS Files
- STL Files
- VTK Files
- oSP3D Integrations
- Mesh Mappers for Importing Data from Different Meshes
- oSP3D Troubleshooting
- References
- Saving and Running a Project
- Troubleshooting
- Troubleshooting Ansys Workbench optiSLang Extension
- Changing the Error Message Handling of Crashing Programs
- Sending Particular Designs from optiSLang to Workbench
- Opening Postprocessing Manually
- The ARSM Component Cannot be Finalized
- Optimization on MOP uses the Wrong Parameters
- Wrong Results after Changing Units and Refreshing
- Signal Processing Responses Constant
- No Parameters Show Up in the optiSLang Wizard
- Troubleshooting optiSLang
- optiSLang UI does not match what is shown in the User Guide
- optiSLang Log Files
- I Cannot Access optiSLang
- "Save As" Not Working
- optiSLang User Interface Using Full CPU
- Project File Not Opened Using the Latest Installed Version
- Cannot Connect Nodes
- Character Restrictions
- Postprocessing not Shown Correctly
- Algorithms
- Integrations
- Optimization
- MOP Solver
- Ansys Workbench Node
- Mouse Pointer Snapping to the Lower Corner When Clicking Apply in Dialog Boxes
- Fontconfig Warnings in Linux Console
- optiSLang Crashes When Opening File Selector
- Data Send Node
- Error Message in Excel after Deleting optiSLang
- Remote Execution
- Workflow Performance
- Known Issues and Limitations
- Beta Features
- Enabling Beta Features in optiSLang
- optiSLang Beta Features
- Memetic Node
- UP Efficient Global Optimization (UP-EGO) Node
- Approximation Design Table
- Characteristic Values
- Solver Template
- CETOL Input Node
- VCollab Node
- Connecting the optiSLang Data Receive Component to External Data
- optiSLang with oSP3D Integration Nodes
- Bayesian Adaptive Sequential Sampling (BASS) Node
- Unigene Evolutionary Algorithm (UEA) Node
- Custom Integration API Version Three
- MOP3 Node
- ETK-nD Node
- Field Data Collector (FDC) Node
- Ansys CFX-Partitioner Node
- Ansys CFX-Pre Node
- Global and Local Approximation of Derivatives (GLAD for HFSS)
- Granta MI (Beta) Node
- Ansys Mesh Workflow - Custom Template
- Field MOP Solver (Beta) Node
- ConceptEV Node
- Ansys Engineering Copilot (Beta)
- Ansys SimAI-Upload (Beta)
- Ansys SimAI-Training (Beta)
- LS-OPT
- optiSLang 3D Post-Processing Beta Features
- optiSLang Legacy
- optiSLang Web Service
- Overview of optiSLang Web Service
- Acessing the User Interface
- Managing and Monitoring optiSLang Projects
- Using the optiSLang Project Overview Page
- Opening the Project Monitoring Page
- Viewing the Project Summary
- Enabling Automatic Project Updates
- Viewing the Node Summary Page
- Running Project or Actor Commands
- Viewing the Project Scenery
- Assigning User Permissions
- Updating Project Properties
- Downloading System and Result Files
- Opening the Design Table
- Using the Visualization Page
- Using the Status Overview Page
- Discovering External Projects
- Using and Creating Wizards
- Running the Default Wizards
- Creating Custom Wizards
- Wizard Directory Structure
- Understanding Front End Code
- Understanding Back End Code
- Creating Wizards Using Templates
- Publishing Placeholder Projects within optiSLang
- Creating a Plain Wizard
- Creating a Python optiSLang Application Wizard
- Creating a Bundled Wizard Using a Common Wizard Software Development Kit
- Using React Wizard Software Development Kit to create Wizards
- Selecting Project Submission Machines
- Scheduling Project Actions
- Project Starter Scripts
- Repositories
- Wizard Configuration Settings
- REST API Endpoints
- Performing a Desktop Based Test Run
- Error Handling and Troubleshooting
- Registering a Project at optiSLang Web Service
- Classic optiSLang App
- Publishing the Project for use in ModelCenter
- Change Logs