Translated into corresponding kinematics constraints in AnyScript, suchĪs AnyKinEq, AnyKinEqSimpleDriver or some standard joint types like Based on these constraints, you can move theĪssembly models inside the CAD system. Generally, all mate information in a CAD assembly model can be regardedĪs kinematic constraints. Let’s try to open the ‘’ file using the AnyBody See that there are two AnyScript files (FitnessMachine.any andį) and several STL files. If you look at the folder where you saved your own files, then you will You can change the location and the file name For this tutorial we shall use theĭefault options settings. Options you want to use, you will see a file dialog asking you to choose If you press the OK button after having decided the Process such as indentation method, constraint type for mates, STL file In this dialog you can choose various options for the translation
Doing this will display the following dialog. Start the translation process by selecting the ‘Export to AnyScript’ The AnyExp4SOLIDWORKS add-in on the SOLIDWORKS menu like this: (AnyExp4SOLIDWORKS™) add-in successfully, then you will see the menu of If you have registered the AnyBody Exporter™ for SOLIDWORKS® Let us try to translate this model into a corresponding AnyScript model. The total number ofĭOF (degrees-of-freedom) of this model should be one. And the other parts should beĬonnected to this base and each other by the mates. The role of the mates in this model is as follows. We will discuss the purpose of these different The assembly has three different configurations, each managingĭifferent sets of mates.
Start by downloading the example SOLIDWORKS CAD assemblyĪfter having downloaded and opened this model in your SOLIDWORKSĮnvironment, you will see the following image.Īs you can see, this SOLIDWORKS assembly contains several parts and
Translating a SOLIDWORKS CAD model to AnyBody ¶
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