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Creo Parametric Tips

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Applicable Release: Creo Parametric 1.0 to 8.0   Description: In this video, we will be enabling DEBUG Logs For Creo Parametric by setting environment variables from Command Prompt window If the CMD window is launched with Admin Privilege (Run as Administrator), the variables will be set as system level. Else, will be set at user level. The user may need to log off and log-in for the variables to take effect.
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Applicable Release: Creo Parametric 1.0 to 8.0   Description: In this video, we will be enabling DEBUG Logs For Creo Parametric by using Parametric.psf file Parametric.psf file exists in <Creo load point>\Parametric\bin The PSF file could be any custom PSF file configured for users to launch Creo Parametric
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Applicable Release: Creo Parametric 1.0 to 8.0   Description: In this video, we will be enabling DEBUG Logs For Creo Parametric by using Parametric.bat file Parametric.bat file exists in <Creo load point>\Parametric\bin The batch file could be any custom start batch script file configured for users to launch Creo Parametric  
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Hi, today you can learn in the 6 minutes: How to display different assembly positions on a drawing
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The Creo Product Management team acknowledges the additive manufacturing industry has been quickly evolving and many of our customers are moving beyond prototyping and into final part production. Based on that, you may be aware that we have been working over the past releases of Creo to support this transition through robust additive manufacturing software. A lot of these efforts were made possible thanks to constant feedback from our users that helped drive our product. On that note, we’re currently seeking feedback specific to additive manufacturing in order to validate our assumptions and strengthen our pipeline for the next several releases. We would like to hear from you as we plan to build a better product and experience, please use the link below to answer the survey:   PTC Additive Manufacturing Survey.
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The best advice for anyone that has trouble in Sketcher is to keep the sketch simple. Do not try and make a single sketch that encompasses the entire model shape with all cuts and rounded or chamfered edges. Rather, create multiple sketches that are simple, with fewer entities. Fewer entities are easier to control when you start making design changes. Take this muffler model, for example:        The first solid geometry for this model started as this:        Followed by this:      Then this:        Simple sketches of few entities were created, and the solid geometry started to take shape. The sketches should consist of small bites of geometry, not the whole shape at once. For more on Sketching and other topics, check out PTC University's Creo: Fundamentals and Productivity Tools!  
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  With the wide-spread use of additive manufacturing, you now have more options than ever before for part and assembly design. That’s because without the restrictions of traditional manufacturing, more intricate structures can now be used to optimize weight, strength, and even heat distribution.   (For an overall introduction, read our Beginner’s Guide to Lattice Structures in Additive Manufacturing.)   In a recent presentation from PTC University, Matt Huybrecht discussed and demonstrated new features in Creo that support lattice structures for those who want to use them. However, before you start, a few questions came up that we thought you might find interesting:   Can I do a structural analysis on stochastic lattices? YES! The DISPLAY of the geometry is that of simplified representation geometry, but the lattice geometry does contribute to mass properties calculations. Therefore, you can leverage it in structural analyses.   How is the additive manufacturing functionality licensed in Creo Parametric and what are the differences? There are two licenses available:       Creo Additive Manufacturing Extension (AMX) – An add-on extension that provides lattice structure creation and optimization and printer tray setup. It includes basic additive manufacturing capabilities, including: Out-of-the-box 3D printer support for Stratasys and 3D Systems printers. Model preparation (tessellation) Printer tray setup Global scaling Printability validation Model interrogation Calculations of build material Option to order 3D print       Creo Additive Manufacturing Plus Extension – An add-on extension that provides 3D metal printer connectivity, printer management, and tools to automate support structure generation.    For even more guidance from the PTC University team, check out the new LEARN classes now available online.      
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Hello everyone and welcome to blog post #7 in this multibody blog series. This post also attempts to answer another body parameter related question: How can I display, use or call-out a body parameter? If you want to call out a body parameter then you have to use the syntax as explained in the Creo help here.   &<param_name>:BID_<body_feature_ID> Or &<param_name>:BID_<body_userdefined_name>   Note: For bodies that have the default name (body 1, body 2, etc) you cannot use the system-defined default body name but you have to use the body’s Feature ID. (The reason is that the system-defined names such as body 1, body 2, etc are localized and translated into other languages and therefore not representing stable references across languages.)   Example: Let’s assume we have 2 bodies. Here their names and parameters list.     To call out the parameter “MY_BODY_INFO” for both bodies, we can now use the following for body 1 &MY_BODY_INFO:BID_-5778   And one of the following options for the WHEEL body (which has id 6105) &MY_BODY_INFO:BID_6105 &MY_BODY_INFO:BID_WHEEL   So if you create a note and enter: You will see the resulting note text being: I think we have a preference of using body names. Therefore the system automatically tries to convert the body IDs to body names where possible. So when you go back to the call-out symbol definition, you will see it being changed to   Thanks for reading. I hope it was informative.   Back to Creo 7.0 Multibody Home: Start Here!   Enjoy!....Martin
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Hello everyone, I have created for you a whole series of Creo Welding tutorials:              
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The Flexible Modeling Symmetry Recognition feature locates mirror-symmetrical geometry and builds new symmetry logic to the design intent. For example, the Symmetry Recognition feature is possible to use for Flexible Move.
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With Flexible Modeling Edit Round feature you can easily provide fast editing and removal of round geometry. This video tutorial includes some examples of editing the radius value or removing the selected round geometry from the part.
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The Flexible Substitute feature enables replace a selected surface with another and remove or recreate existing rounds automatically.
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The Flexible Modeling Mirror feature enables you to mirror geometry about a reference plane. Note: Surfaces are automatically extended and rounds are recreated at the intersecting edges if they exist.
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The Flexible Modeling Modify Analytic feature enables you to edit analytic geometry, such as cylinders, cones, spheres, and tori. In this video tutorial, you can learn the difference between Modify analytic feature and Flexible Offset.
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The Flexible Modeling Offset feature provides the ability to offset geometry, extend the resulting surfaces to attach them to the surrounding geometry and recreate the existing rounds if needed.  
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In this tutorial, you can learn How to define Boundary Blend feature
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How to use sin function in a Sweep feature and How to manage shape by parameters and ProProgram  
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Quick video tutorial - How to use Collapse feature    
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In this tutorial, you can learn How to place UDF Ladder members on the pillars on 3D model of the roller coaster - El Toro Six Flags.  
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Freestyle feature with Mirror dependent and independent modification in a few simple steps.  
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