Part II Drawing in Two Dimensions in .NET

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Part II Drawing in Two Dimensions
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Using a custom UCS
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Although it seems confusing at first, once you try creating your own UCS it s easier to understand how the process works. In this exercise, you practice drawing with a custom UCS to create the basic framework for the drawing shown previously in Figures 8-20 and 8-21, a bearing housing for a commercial dryer.
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On the CD-ROM
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The drawing used in the following Step-by-Step exercise on drawing with a custom UCS, ab8-d.dwg, is in the Drawings folder of the AutoCAD 2002 Bible CD-ROM.
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Step-by-Step: Drawing with a Custom UCS
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1. Open ab8-d.dwg from the CD-ROM. 2. Save the file as ab8-3.dwg in your AutoCAD Bible folder. ORTHO should be on. If necessary, turn on OSNAP. Set a running object snap for endpoints only. 3. Choose Tools New UCS Z. Because no objects exist in the drawing, you cannot use the 3 Point or Object options that might otherwise be useful. 4. At the Specify rotation angle about Z axis <90>: prompt, type 45 . The UCS icon and crosshairs are displayed at a 45-degree angle. 5. Choose Rectangle from the Draw toolbar. At the prompt, pick a point at the bottom center of your screen. At the Specify other corner point: prompt, type @3-15/16,31/32 . AutoCAD creates the rectangle at the proper angle. 6. Start the LINE command. At the Specify first point: prompt, choose the From object snap. At the Base point: prompt, use the Endpoint object snap to pick point 1 in Figure 8-25. At the <Offset>: prompt, type @-1/8,0 . At the Specify next point or [Undo]: prompt, type @5-3/16<93.3 . End the LINE command. 7. Start the LINE command again. Follow the prompts:
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Specify first point: Choose the From object snap. Base point: Use the Endpoint object snap to pick point 2. <Offset>: @1/16,0 Specify next point or [Undo]: Move the cursor in the 90 direction relative to the UCS. 35/64 . (Remember that the UCS has been rotated 45 degrees so 90 degrees looks like 135 degrees.) Press F6 twice for polar coordinates (if necessary) to confirm the 90 direction as you move the cursor. Specify next point or [Undo]: Move the cursor in the 180 direction. 3-9/64 Specify next point or [Close/Undo]: Move the cursor in the 270 direction. 35/64 Specify next point or [Close/Undo]: c (to close the figure)
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8 Viewing Your Drawing
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Figure 8-25: Starting to draw the framework for the bearing housing drawn using a customized UCS
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8. Start the LINE command. At the Specify first point: prompt, choose the From object snap. At the Base point: prompt, use the endpoint object snap to pick 1 in Figure 8-26. At the <Offset>: prompt, type @1/16,0 . 9. At the Specify next point or [Undo]: prompt, again choose From. At the Base point: prompt, use the endpoint object snap to pick 2. At the <Offset>: prompt, type @1/8,0 to complete the model as shown in Figure 8-26. End the LINE command.
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Figure 8-26: The completed framework for the bearing housing
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Part II Drawing in Two Dimensions
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10. Because you would normally continue working on this drawing, you should save the UCS. Choose Tools Named UCS. In the UCS dialog box, click Unnamed. Type Rotated 45 and press Enter. 11. Still in the dialog box, choose World, click Set Current, and click OK to return to your drawing. The UCS icon and crosshairs return to their familiar angle. 12. To return to the Rotated 45 UCS, choose Tools Named UCS to open the UCS dialog box. Choose Rotated 45 and click Set Current. Click OK. AutoCAD restores the Rotated 45 UCS. 13. Save your drawing.
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Isometric Drawing
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An isometric drawing is a 2D drawing drawn to look like a 3D drawing. Every child learns how to draw a box that looks three-dimensional. By drawing parallelograms instead of squares, the drawing gives the impression of being in three dimensions. AutoCAD enables you to do the same thing.
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