Get back results in FluxMotor®
1. Introduction
All the motors resulting from the operations performed with HyperStudy can be used back in Motor Catalog of FluxMotor®, and then these can be edited in Motor Factory very quickly.
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| Motor Catalog – Visualization of results got from HyperStudy® – Illustration for a synchronous machine | |
| 1 | A catalog is automatically built by using the name of the connector defined by the user |
| 2 | All the operations from HyperStudy® are stored in the dedicated catalog |
| 3 | Each motor can be selected, visualized and edited in the Motor Factory, to be evaluated more in depth |
2. Connection between FluxMotor® and HyperStudy®
Before starting new studies in HyperStudy® by using connectors exported from FluxMotor®, FluxMotor® must be registered as a new solver script in HyperStudy®.
This must be defined only while using the coupling for the first time.
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| Connection between FluxMotor and HyperStudy | |
| 1 | Open the area in HyperStudy® to register FluxMotor® 2022.3 script |
| 2 | Path where FluxMotor s .exe must be selected to
be registered as a new solver in HyperStudy®. Note: FluxMotor s .exe with a “s”
at the end of FluxMotor s. This must be defined
only while using the coupling for the first time.
Note: Since the version 2022.1 of HyperStudy, the
FluxMotor solver script is automatically registered, when the default
path installation is selected while installing Flux and
FluxMotor
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Note: The new auto generating the HyperStudy Study in HyperStudy
Application (described above) allows to automatically register FluxMotor® as a new
solver script in HyperStudy®. If HyperStudy is not install in the same folder (by
default : C:\Program Files\Altair\2022.3\hwdesktop\hst), the path must be defined in the
user preferences via the supervisor of FluxMotor (Path to HyperStudy – Needed for
HyperStudy export – Ref. 3 below)
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| Path to HyperStudy – Needed for HyperStudy export – It must be defined in the user preferences (Supervisor of FluxMotor) |