Try Today Explore Creo. PTC's latest offering: Creo 7. See What's new in Creo. Creo Design Packages Choose from five cost-effective packages. The Path to Creo. PTC Creo New vision.
Same path to success. Creo 7. Page Not found or Currently under translation for the Language you requested. If you want to redirect to English please click Yes. Yes No. Creo Parametric. Creo Advanced Assembly Extension. Creo Advanced Simulation Extension. Creo Behavioral Modeling Extension.
Creo Complete Machining Extension. Creo Complete Mold Design Extension. Creo Distributed Computing Extension. Creo Fatigue Advisor Extension. Using shaded views in drawings gives more options for communicating critical design information since colors can provide visual cues to help describe designs. By using shading, drawings can include more detail.
Task 2. Create, move, and manipulate drawing views. Let's look at how we can manipulate the views and create additional ones as needed. Release the Right Mouse Button to place the view. Notice the intelligence of the other views as they will continue to line up and follow the FRONT view accordingly. The view will look similar to the figure below. With the new view still selected, press and hold the right mouse button and select Properties. To change the properties on more than one view at a time, hold down the CTRL key while selecting them and then access the Properties window from the right mouse button menu.
This can include determining visible areas, scaling, defining cross-sections, showing the model in various states, and aligning and setting the view origins. Click Apply from the Drawing View dialog box. The view will appear similar to the figure below. Move the Drawing View dialog box if necessary to see the changes.
Choose 2-D cross section , and click Add Section. Select section A which is pre-defined in the part from the Name drop-down. Click OK. Cross-section and view arrows can also be added by selecting the view and and choosing Insert, Arrows Task 3. Create, move and manipulate drawing details.
Most of the work done when creating drawings involves detailing. When you see the model dimensions on the drawing courtesy of the drawing template, many times you will need to move them around, clean them up and even delete existing or create new dimensions.
Following any zoom action, always click the Right Mouse Button or choose Select Items before selecting a dimension, view, drawing note, etc.. This cancels the zoom function and returns to the selection cursor. Select the vertical height dimension of With a dimension selected, the cursor changes shape to indicate what motion will be performed by holding down the Left Mouse Button and dragging: for Up, Down, Left and Right movement; for Up and Down movement; and for Left and Right movement.
Hold down the Left Mouse Button and drag Select and drag the Center Gravity: Dimensions are automatically centered between the witness lines and when dimensions are moved, they snap to this centered location. This "gravity" location aids in placement. With the Press and hold Right Mouse button and select Cleanup Dimensions from the pull down. A dialog box will pop-up similar to the figure below. Clidk Apply and Close. Notice how this view can be quickly cleaned up.
To use this technique on multiple views, by first multi-selecting the views and then doing a Cleanup Dimensions to drastically reduce the amount of manual effort normally involved. Select Info from the pull down menu at the top of the window and choose Switch Dims. This shows the symbol, or "parameter", for the dimensions.
Repeating Switch Dims will toggle the display of dimensions back and forth from numeric to symbolic. Click a spot anywhere under the Left cross-section view as the desired note location and middle-click. This symbolic name may be different than shown above. If so ensure you enter in the correct symbolic name in the note creation box. Select Accept again as you are not creating another sentence.
You can also add Ordinate Dimensions that use a single witness line with no leader, and are associated with a baseline reference. They are used mostly for flat plate or sheetmetal designs but we will illustrate an example of this capability on our box part. Insert, Dimension, Ordinate Select the bottom edge as a baseline from the Right view as shown in the figure below.
Select the two edges as shown below to create ordinate dimensions. Place the cursor to the right of the view and click the Middle Mouse Button to place the dimensions. Click Return from the menu manager. You can convert linear dimensions to ordinate dimensions and vice-versa. This is extremely invaluable for flat plate and sheetmetal parts. Click Save from the main toolbar. You have successfully created your first part drawing. Task 4.
Make design changes in the model and drawing. In other words, "a single-source-of-truth" where all the physical properties are kept at the part level and that a change made anywhere gets reflected everywhere. Click Open from the main toolbar. Double-click the 8. Click Regenerate the model.
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