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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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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 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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In this tutorial, you can learn How to create 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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In this tutorial, you can learn How to manage objects and features visibility automatically by Layers = How to create and update Automatic Layers  
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In this tutorial, you can learn How to use Auto Round feature   https://youtu.be/uoOhdPo1zTw
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Another example - how to use trajpar in the sweep feature    
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We hope you've been following along with this series in which we present quick Creo tutorials directly from our experts: our product managers. This is the final set of how-to tutorials in the series. It's a perfect opportunity to learn something new.   Take a look below at about 15 minutes of video tips to help you boost your Creo proficiency.   Let's get started.   Add Cable Mass to Properties Listed in the BOM   When you're working with cable harnesses, you might need wire mass included in properties listed in the Bill of Materials (BOM).   In this tutorial, see how to report mass properties for each wire in a BOM.   Watch the tutorial:     Toolpath Controls for Cutline Milling   Creo automates many cutline milling processes, making it easy to define the point of contact between the cutting tool and the surface being machined, thus resulting in a smooth toolpath.   In this tutorial, see how to:    Create a helical toolpath using auto-cutline functionality. Define a 5-axis toolpath while controlling the tool axis using the at a location option.   Watch how it works:     More Control Over Dimension Precision in MBD   You can make the value of a driving or driven dimension appear rounded to a defined number of decimal places, without impacting the actual value of the dimension.   In this tutorial, see how to prevent inadvertent modification of driving dimension values when you change the dimension precision (number of decimal places).   Here’s how:     For all the tips in this series, visit the Tips from the Creo Masters main page.  
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In this series, our expert product managers are going through how-to Creo tips. Each bite-sized tutorial is less than 5 minutes long. It's a perfect opportunity to learn something new or get a refresher on a workflow you haven't used for a while.   Below you'll find about 15 minutes of video tips aimed at helping you improve your Creo proficiency.   Ready to get started?   Geometry Backups on the Fly   When you create external references among features in a design, local references to features in a part, or placement references in an assembly, reference creation and backup tools are provided for specifying system behavior.   In this tutorial, Arnaud van de Veerdonk, Creo Product Manager, shows you how to use Update Control functionality through, on-the-fly created, Geometry Backups.   Watch the tutorial:     Flexible Management of Item Visibility in MBD   When working in model-based definition (MBD), three schemes are available to manage the visibility of any combination state in a model:   MBD state: Used to manage the visibility of both annotations and supplemental geometry by direct assignment to a combination state. Semi-MBD state: Used to manage the visibility of annotations only by direct assignment to a combination state and to manage the visibility of supplemental geometry by using layers. Non-MBD state: Used to manage the visibility of both annotations and supplemental geometry by using layers and layer states.   In this tutorial, our Creo Product Manager shows you how the 3 schemes can be used to manage visibility of annotations and supplemental geometry, such as planes, axes, coordinate systems, points, and curves.   Watch it in action:    Spiral Geometry in a Snap   Using section relations in combination with the TRAJPAR parameter, you can create a section whose size and shape vary along a sweep. TRAJPAR, which ranges from 0 to 1 as the section sweeps along the trajectory, is the trajectory parameter used in relation for variable section sweeps.   In this tutorial, Paul Sagar, VP of Product Management, shows you how to build specific types of spiral geometry using the TRAJPAR parameter and a variable section sweep.   See how to do it:   For more tips from our experts, watch the Tips from the Creo Masters main page.
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Here's your next set of how-to tips in the series of quick Creo tutorials presented by our expert product managers. Each bite-sized tutorial is just a few minutes long. It's a perfect opportunity to learn something new.   Take a look below at about 15 minutes of video tips to help you boost your Creo proficiency.   Let's get started.   Give Your Manikin a Backpack, a Hat, or a Beer   A manikin model is considered a standard Creo Parametric assembly. You can add ancillaries (sub-assemblies) to the manikin, like a backpack, tool, hat, etc. These help you test your design for ergonomic compatibility and other human-centric requirements.   Further, if the library doesn't contain what you need, you can design a custom item to be used with manikins.    In this tutorial, Arnaud van de Veerdonk, Creo Product Manager, shows you how to add ancillary objects to manikin models.     See Subtractive Manufacturing Toolpaths in the Model Tree   Your workflow for accessing subtractive manufacturing toolpaths and references might be more complicated than it needs to be. How many clicks does it take for you to see them?   In this tutorial, Creo Product Manager, Jose Coronado shows you how to enable a mode in Creo NC to display the toolpath and its references just by clicking on the toolpath name on the Model Tree.     Find That SolidWorks Command in Creo Parametric   For users who are new to PTC Creo Parametric, but have previous experience with SolidWorks, the Creo Parametric Command Search Tool allows you to map SolidWorks commands to Creo commands.   In this tutorial, Director of Product Management, Martin Neumueller demonstrates:       For more tips from our experts, watch the Tips from the Creo Masters main page.  
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Here's the next set of quick Creo tutorials presented by our expert product managers. Each tutorial in this series is just a few minutes long. These tips are aimed at helping you learn a new skill. Or, for experienced users, helping you learn a new workflow to perform a skill you've been doing for years.   Below you’ll find about 15 minutes of video how-tos to help you improve your Creo proficiency.   Let's get started. Combining Simplified Reps and Augmented Reality for Lightweight Experiences   Simplified Representations allow you to control the amount of data retrieved for a component. These can be helpful for to publishing lightweight AR experience.   In this tutorial, Creo Product Manager, Luke Westbrook, shows you how to use simplified reps with your next AR experience.   Here's how: Using Sketch Region   You can create geometry containing extrude, revolve, fill, and sketch features  quickly using sketch regions. Using Sketch Region reduces the need to perform project and trim operations within Sketcher. It also offers a flexible way to use portions of a single sketch as the basis for several sketch-based features.   In this short tutorial, Director of Product Management, Martin Neumueller, shows you how to use Sketch Region selection to quickly create geometry with supported sketch-based features.   Watch the tutorial:   Dimensioning: Custom Fractions   You can display dimensions in Creo as either decimals or fractions by setting a configuration option. Then, you can set up custom fraction denominators and use them to define your model's dimensions.   In this tutorial, Creo Product Manager, Michael Fridman, shows you how to dimension with fractions instead of decimal representations, and then add a custom fraction denominator, when needed.   See how to do it:   For more tips from our experts, watch the Tips from the Creo Masters main page.
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