Draft ShapeString tutorial/ro

Introducere
În această lecţie vom discuta:
 * insert a text with the [[Image:Draft_ShapeString.png|16px]] ShapeString tool
 * extrude it to be a solid
 * position it in 3D space using placement and Draft Move with sketches as helper elements
 * doing an engraving by applying a boolean cut

This tutorial was originally written by Roland Frank (†2017, r-frank), and it was rewritten and re-illustrated by vocx.

This tutorial describes a method to create 3D text and use it with solid objects in the Part Workbench. We will discuss how to
 * insert outlined text with the tool,
 * extrude it to be a 3D solid with ,
 * position it in 3D space using placement, and (it uses a sketch as auxiliary geometry), and
 * engrave the text by applying a boolean.

To use ShapeStrings inside the PartDesign Workbench, the process is essentially the same as with the Part Workbench, but the ShapeString is placed inside the PartDesign Body to extrude it. Go to the end of this tutorial for more information.



Se recomandă să fi terminat mai întâi tutorialul sketcher.

Setup
1. Open FreeCAD, create a new empty document with, and switch to the Part Workbench.
 * 1.1. Press the button, or press  in the numerical pad of your keyboard, to change the view to isometric to visualize the 3D solids better.
 * 1.2. Press the button whenever you add objects in order to pan and zoom the 3D view so that all elements are seen in the view.
 * 1.3. Hold while you click to select multiple items. If you selected something wrong or want to de-select everything, just click on empty space in the 3D view.

Crearea de forme de bază

 * Start FreeCAD și creați un nou document
 * Comutați la Atelierul Part/Piese
 * Inserați un cub făcând click pe [[Image:Part_Box.png|32px]]
 * Make sure the cube is selected in the tree view
 * Change width to be 31 mm by using the data-tab in the property view
 * Click on [[Image:View-axometric.png|32px]] to change to axometric view
 * Click on [[Image:View-zoom-all.png|32px]] to zoom to fit all
 * Select upper edge on the front face of the cube in 3D view
 * Apply a chamfer (to Edge6) of 5 mm by clicking on [[Image:Part_Chamfer.png|32px]]
 * Make sure object "chamfer" is selected in the tree view and press  to toggle visibility

2. Insert a primitive cube by clicking on.
 * 2.1. Select in the tree view.
 * 2.2. Change the dimensions in the tab of the property editor.
 * 2.3. Change to.

3. Create a chamfer.
 * 3.1. Select the upper edge on the front face of the  in the 3D view.
 * 3.2. Press.
 * 3.3. In the task panel go to, choose . As  choose , then set  to.
 * 3.4. Press . This will create a object.
 * 3.5. In the tree view, select, in the tab change the value of  to.



Inserarea de text cu instrumentul Draft ShapeString

 * Switch to Draft workbench
 * make sure nothing is selected in the tree view
 * Toggle working plane to XY (Top) by clicking on and choosing
 * Insert text "FreeCAD" by
 * Click on [[Image:Draft_ShapeString.png|32px]]
 * Highlight the text in the "Global X"-field and type "0" on the keyboard and press
 * Highlight the text in the "Global Y" field
 * Type "0" on the keyboard and press
 * Highlight the text in the "Global Z" field
 * Type "0" on the keyboard and press
 * Enter "FreeCAD" in the string field (without brackets) and press
 * Choose a height of 5mm
 * Choose a tracking of 0 mm
 * now point FreeCAD to a "TTF"-Text-Font to use (for example the ARIAL-TTF)
 * After pressing one last time, the Draft-Shapestring object is created in the tree view

4. Switch to the Draft Workbench.
 * 4.1. Make sure nothing is selected in the tree view.
 * 4.2. Establish the working plane to XY (Top) by clicking on and pressing.

5. Insert the text "FreeCAD".
 * 5.1. Click on.
 * 5.2. Change to.
 * 5.3. Change to.
 * 5.4. Change to.
 * 5.5. Or press.
 * 5.6. Change to ; change  to ; change  to.
 * 5.7. Make sure points to a valid font, for example, . Press the ellipsis  to open the operating system's dialog to find a font.
 * for more details about working with fonts please refer to the Draft ShapeString Notes section.
 * 5.8. Press . This will create a object.
 * 5.9. Recompute the document by pressing.
 * 5.10. In the tree view, select, in the tab change the value of  to.
 * 5.11. In the tree view, select, in the tab change the value of  to , or press  in the keyboard. This will hide the object, so you can see the  better.
 * 5.12. To see the ShapeString from above change the view by pressing, or in the keyboard.
 * 5.13. To restore the view to isometric, press, or in the keyboard.



Crearea de texte 3D

 * Comutați pe Atelierul de Piese(Part workbench)
 * Make sure the object "Shapestring" is selected in the tree view
 * Use Part Extrude-Tool [[Image:Part_Extrude.png|32px]] with the parameters:
 * extrude Z=1 mm
 * make sure to tick "create solid"
 * use "OK" to finish part extrude operation
 * Make sure object "Extrude" is selected in the tree view and press  to toggle its visibility to be visible

6. Switch back to the Part Workbench.
 * 6.1. In the tree view, select, then press.
 * 6.2. In the task panel go to, choose ; in , set  to ; also tick the  option.
 * 6.3. Press . This will create an object.
 * 6.4. In the tree view, select, in the tab change the value of  to.



Inserarea schiței pentru poziționare

 * Switch to sketcher workbench
 * Make sure object "chamfer" is selected in the tree view and press  to toggle its visibility to visible
 * Choose sloped face created by chamfer operation
 * Click on [[Image: Sketcher_NewSketch.png|32px]] to insert new sketch
 * Draw a line (may be horizontal or vertical, length is not of importance ...)
 * Constrain one of the endpoints to be +2,5 mm vertical distance and +2,5 mm horizontal distance away from the origin
 * Close the sketch

Now we will draw a simple sketch that will be used as auxiliary geometry to position the ShapeString extrusion.

7. In the tree view, select, and press in the keyboard to make it invisible.

8. Switch to the Sketcher Workbench.

9. In the tree view, select, and press in the keyboard to make it visible.
 * 9.1. Choose the sloped face created by the chamfer operation.
 * 9.2. Click on . In the dialog, select, and press.
 * 9.3. The view should adjust automatically so that the camera is parallel to the selected face.
 * 9.4. Draw a horizontal line in a general position on top of the face. The length is not important; we are just interested in its position.
 * 9.5. Constrain the left endpoint to be away from the local X axis and from the local Y axis, using  and.
 * 9.6. Since the sketch is just an auxiliary object, we don't need to have it fully constrained. You can do this if you wish by assigning a fixed distance, say,, again with.
 * 9.7. Close the sketch.





Posiționare text 3D în spațiul 3D

 * Make sure object "Extrude" is selected in the tree view and press  to toggle visibility to visible
 * Make sure, object "Extrude" is selected in the tree view
 * Open Placement task
 * Apply incremental placement, axis of rotation Z=90°
 * Apply incremental placement, axis of rotation Y=45°
 * Switch to draft workbench
 * Switch to wireframe mode
 * Make sure, only "snap to endpoint" is activated
 * Select "extrude"-object
 * Click on [[Image: Draft_Move.png|32px]]
 * In 3D view click on the most upper left corner point of "extrude"-object (1) and then click on the constrained point in the sketch (2)

10. In the tree view, select, and press in the keyboard to make it visible.

11. With still selected, in the  tab of the property editor, click on the  value so the ellipsis button  appears on the right.
 * 11.1. Tick the option.
 * 11.2. Change the to ;  to, and  to , then click on . This will apply a rotation around the Z-axis, and will reset the  field to zero.
 * 11.3. Change the to ;  to, and  to , then click on . This will apply a rotation around the Y-axis, and will reset the  field to zero.
 * 11.4. Click on to close the dialog.

12. Switch again to the Draft Workbench.
 * 12.1. Switch to "Wireframe" draw style with, or press the button in the view toolbar. This will allow you to see the objects behind other objects.
 * 12.2. Make sure the Draft Snap "Snap to endpoint" method is active. This can be done from the menu, and then , or by pressing the and  buttons in the Snap toolbar.

13. In the tree view, select.
 * 13.1. Click on.
 * 13.2. In the 3D view click on the upper left corner point of the object (1), and then click on the leftmost point in the line drawn with the sketcher (2).
 * 13.3. If is active, as soon as you move the pointer close to a vertex, you should see that it attaches to it exactly.
 * if you have problems snapping to vertices, make sure only the method is enabled. Having multiple snapping methods active at the same time may make it difficult to select the right feature.
 * 13.4. The extruded text should now be inside the body of the object.





Creaţi un text gravat

 * Switch to part workbench
 * Switch to "As is"-view mode
 * Select the 3D text ("extrude") and then the base object ("chamfer") in the tree view
 * Apply a boolean cut by clicking on [[Image:Part_Cut.png|32px]]
 * Make sure object "Sketch" is selected in the tree view
 * Press  to toggle visibilty
 * Click on [[Image:View-axometric.png|32px]] to change to axometric view
 * Click on [[Image:View-zoom-all.png|32px]] to zoom to fit all
 * Finished

14. Switch back to the Part Workbench.
 * 14.1. Switch to "As is" draw style with, or press the button in the view toolbar. This will show all objects with the normal shading and color.
 * 14.2. In the tree view, select, and press in the keyboard to make it invisible.

15. In the tree view select first, and then.
 * 15.1. Then press . This will create a object. This is the final object.
 * the order in which you select the objects is important for the cut operation. The base object is selected first, and the subtracting object comes at the end.
 * 15.2. In the tree view, select, in the tab change the value of  to.



Engraving 3D text with the PartDesign Workbench
A similar process as described above can be done with the PartDesign Workbench.


 * 1) Create the  first.
 * 2) Create a, make it active, and add a base solid by adding primitives, or using a Sketch and extruding it with.
 * 3) Move the  object into the active body.
 * 4) Attach the  object to one of the faces of the solid, or to a, using.
 * 5) Now create a  or a  from the, in order to produce an additive or a subtractive feature of the base body, respectively.

See the forum thread, How to use ShapeStrings in PartDesign.

Notă

 * To create curved text you can use FCCircularTextButtom.png Macro FCCircularText.
 * To import text from an SVG file look at the Import text and geometry from Inkscape tutorial.