OptiY Software
Why Choose OptiY
Brochure
References
Specifications
OptiY® is an open and multidisciplinary design environment providing most modern optimization strategies and state of the art probabilistic algorithms for uncertainty, reliability, robustness, sensitivity analysis, fatigue life prediction, data-mining and meta-modeling. The simulation model can be considered as black box with inputs and outputs. Within, it is an open platform for different kind of model classes. The adaptation to a special simulation environment takes place by a suitable interface. Collaborating different simulation systems is possible as networks, finite-element-method, rigid body dynamics, also material test bench as control optimization for drives.
Stochastic Distributions
- Normal Distribution
- Uniform Distribution
- Generalized Lambda Distribution
- Fitting of any Distribution via statistical Moments or MS Excel-Data
Optimization Methods
- Hierarchical Optimization
- Weighted Optimization
- Penalty Method
- Hooke-Jeeves
- Grid-Search
- Adaptive Response Surface
- Evolution Strategies
- Pareto Strength Evolutionary Algorithm
- Optimization with Surrogate Model
Design of Experiment
- Full Factorial Design
- Center Composite Design
- Monte-Carlo-Sampling
- Latin-Hypercube-Sampling
- Sobol-Sampling
- Response Surface
- Adaptive Gaussian Process
- First Order Moment Method (Interaction, Non-interaction)
- Second Order Moment Method (Interaction, Non-interaction)
- Subset-Simulation
- User Design
Approximation Methods (Meta-Model)
- Polynomial in any Order
- Taylor Series in first or second Order
- Gaussian Process / Kriging
- Exponential
- Square-Exponential
- Gamma-Exponential
- Matern Class 3/2
- Matern Class 5/2
- Rational Quadratic
Fatigue Life Prediction
- Stress-Strain Hysteresis
- Strain Energy Density
Editors
- Script-Editor
- Workflow-Editor
- Nominal-Editor
- Stochastic-Editor
- Constraints-Editor
- Criteria-Editor
Post-Processing
- Table
- 1D-Signal
- 1D-Diagram
- 2D-Diagram
- 3D-Diagram
- Parallel Chart
- Set-Select (All Steps, Pareto, filtered Pareto)
- Best Value (Simulation, Show)
- 1D-Signal Scatter-Plot
- 2D-Scatter-Plot
- 3D-Scatter-Plot
- Section Diagram
- 3D-Response Surface
- Coefficient Chart
- Residual-Plot
- Histogram
- Correlation Matrix
- Probability Density
- Cumulative Distribution
- Sensitivity Chart
- Interaction Chart
- Cycle Load Diagram
- Stress Diagram
- Strain Diagram
- Stress-Strain Hysteresis
- Strain Energy Density
- Failure Probability
Interfaces
- Generic ASCII-File-Interface (DOS-Batch, VBScript, JScript, Shell Script)
- Generic .NET / COM-Interface (Visual Basic, C#)
- Intern Script (Visual Basic, C#)
- Data-Element
- MapleSim®
- Matlab/Simulink®
- SimulationX®
- CST Studio Suite®
- AWR Design Environment®
- MS Excel®
- CATIA®
- Autodesk Inventor®
- SolidWorks®
- JMAG Express®
Networking
- SSH Remote Script on Unix/Linux/Mac
- FTP File Transfer
Report
- Automatic Report in MS Word®
Import/Export
- Data-Import/Export via MS Excel (any Format)
- Graphics-Export in BMP, JPEG, TIF und PNG-Format
- Export of surrogate or meta model in C, Visual Basic, Modelica or Matlab
Requirement
- PC with min. 1GHz Processor und 500 MB RAM
- OpenGL 3D Graphics Card
- Windows XP with .NET Framework 3.5 or later
- Extern Simulation: distributable on Unix/Linux/Mac-Computer in Network
- MS Office 2002 or later
