BlueM.Opt Usage: Difference between revisions
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(commented out the section about using a custom version of Talsim because it's not yet implemented.) |
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==Notes== | ==Notes== | ||
=== Modifications to the dataset === | === Modifications to the dataset === | ||
BlueM.Opt creates copies of the dataset for carrying out the simulations. These copies are located in the directory containing <code>BlueM.Opt.exe</code>and are called <code>Thread_01</code>, <code>Thread_02</code>, etc. | BlueM.Opt creates copies of the dataset for carrying out the simulations. These copies are located in the directory containing <code>BlueM.Opt.exe</code> and are called <code>Thread_01</code>, <code>Thread_02</code>, etc. | ||
The original dataset is only modified and used for simulation in the following two cases: | The original dataset is only modified and used for simulation in the following two cases: | ||
Revision as of 01:02, 24 January 2018
BlueM.Opt | Download | Usage | Development
Demonstration videos
- Basics: demonstration using a mathematical test case
- Simulation-based optimization: demonstration using a simulation model
- SensiPlot: demonstration of sensitivity analysis
- Hybrid: demonstration of simultaneous optimization of both continuous and nominally discrete variables
Quickstart
- Start
BlueM.Opt.exe - Select an App (e.g. BlueM.Sim)
- Select an appropriate Dataset
- Select a Method (algorithm) (e.g. PES or SensiPlot)
- optionally adjust or load the settings
- Press the Start button
See also
Notes
Modifications to the dataset
BlueM.Opt creates copies of the dataset for carrying out the simulations. These copies are located in the directory containing BlueM.Opt.exe and are called Thread_01, Thread_02, etc.
The original dataset is only modified and used for simulation in the following two cases: