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#Ansys spaceclaim python scripting codeFor instance, an indented block of code following a for control flow statement indicates all the code that should be executed in that for loop. In Python, indentation is used for more than just aiding in readability-it is used to indicate a block of code.First, a few comments about the python programming language: The bottom window is the Shell, which is useful for issuing single lines of code.įor this example, we will generate point masses given user supplied arrays of masses, coordinates, and mass moments of inertia. ![]() The top window allows for the user to write a script – multiple lines of code that will be executed sequentially. Clicking on the “Scripting” button will open the Mechanical Scripting Editor, where python commands can be entered. Start by clicking the “Automation” tab in the Mechanical Ribbon. Lines of code can also be quickly saved to a user defined button in the ribbon for tasks that will be performed frequently.īelow, we’ll briefly introduce Python automation in Mechanical and perform a simple automation example to illustrate how powerful this approach can be. Python scripting is well integrated into the software, and any objects created or analysis settings changed can immediately be seen in the Mechanical GUI. With the introduction of scripting into Ansys Mechanical, users can use the modern Python programming language to automate a vast array of tasks. Also, APDL was developed many years ago, and is somewhat cumbersome to use. Any objects created using a code snippet are created when the model is solved and are not well integrated into the Ansys Mechanical environment. ![]() However, this approach has some drawbacks. ![]() Users of Ansys Mechanical still have the option of incorporating APDL code into their model by inserting command snippets into the analysis tree. While the learning curve is steeper than using the modern Ansys Mechanical user-interface, APDL does have some distinct advantages: besides giving the user a fine level of control over the analysis, as a scripting language it also allows for automation of repetitive tasks. APDL is a powerful tool, and it is still used behind the scenes whenever a user creates and solves a model in Ansys Mechanical. I hope this will help you to start automating your model.Before Ansys Mechanical for Workbench was developed, engineers relied on a scripting language called Ansys Parametric Design Language (APDL) to set up and perform analyses. You can also follow IronPython syntax given in this web page. In this script, they have used smart variables for automating geometry. #Ansys spaceclaim python scripting downloadYou can download sample script from this link. Because your SC geometry is linked to Mechanical - contacts, mesh, loads etc by 'Named selections' only. #Ansys spaceclaim python scripting updateIf you are interested in SC geometry update and linking this updated geometry to Mechanical, then you also need to think about 'Named selections' creation for all possible combination of input parameters. ![]() If you are interested in just automating SC geometry, then you only need to think about all possible combination of input parameters. Use 'if-else' for creating different possible combination of input parameters conditions. Start with selection of correct sketch plane by recording, and then go ahead with recording each geometry operation. So, you will be creating script step by step considering all possible combination of input parameters. You need to run geometry again and again with already recorded SC script for all possible combination of input parameters one by one, and insert smart variables in script under that combination of input parameters (use if- else) by clicking on geometry(curve or face or solid). The only problem with smart variables is that, you need to use smart variables for all possible combination of input parameters. Using smart variables is also a best way at the moment. If you don't know IronPython, you can use smart variables in program. SpaceClaim(SC) scripting is based on IronPython. ![]()
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