Part II Drawing in Two Dimensions in .NET

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Part II Drawing in Two Dimensions
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Figure 16-38: Drawing a multiline using the Standard multiline style in zero, top, and bottom justification
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Step-by-Step: Drawing Multilines
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1. Continue from the previous exercise. (If you didn t do the previous exercise, you should do it to create the multiline style.) Set a running object snap for intersection. 2. Choose Multiline from the Draw toolbar. AutoCAD displays the following message:
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Justification = Top, Scale = 1.00, Style = SITEPLAN
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3. At the Specify start point or [Justification/Scale/STyle]: prompt, choose the From object snap. At the from Base point: prompt, choose 1 in Figure 16-39. (If necessary, press Tab until you get the Intersection object snap.) At the <Offset>: prompt, type @0,-10' . 4. At the Specify next point: prompt, move the cursor to the right and type 255' . If you wish, you can experiment by drawing other line segments. Press Enter to end the command. The drawing should look like Figure 16-39. 5. Save your drawing.
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Figure 16-39: The completed multiline
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16 Drawing Complex Objects
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Editing multilines: Double-clicking to edit
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The entire multiline no matter how many segments it contains is one object. Many editing commands simply do not work with multilines. Table 16-1 shows the editing commands and whether they work with multilines.
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Table 16-1 Using Editing Commands with Multilines
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Command ARRAY BREAK CHAMFER COPY ERASE EXPLODE EXTEND Usable with Multilines yes no no yes yes yes no Command FILLET LENGTHEN MIRROR MOVE ROTATE SCALE STRETCH Usable with Multilines no no yes yes yes yes yes
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You can use grips to stretch, move, copy, mirror, and rotate multilines. AutoCAD provides a special multiline editing command, MLEDIT. To start MLEDIT, double-click the multiline (or choose Modify Object Multiline) to open the Multiline Edit Tools dialog box, shown in Figure 16-40.
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Figure 16-40: The Multiline Edit Tools dialog box
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This dialog box enables you to edit multiline intersections and corners. You can also add or delete a vertex. Click one of the images, and its name appears at the bottom of the dialog box. The first column manages crossing intersections. To edit a crossing intersection, choose one of the tiles in the first column and click OK. AutoCAD prompts you to pick a first multiline and then a second multiline. MLEDIT always cuts the first multiline you pick. The second one may be cut if called for by the edit type.
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Part II Drawing in Two Dimensions
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Although AutoCAD prompts you to pick two multilines, they can actually be two parts of the same multiline, as shown in Figure 16-41. Figure 16-41 shows the results of using the three crossing intersection edits.
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Original multiline Second pick
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Closed cross
Open cross
Merged cross
Figure 16-41: Creating a closed cross, an open cross, and a merged cross
The second column manages tee-shaped intersections. To edit a crossing intersection, choose one of the tiles in the second column and click OK. AutoCAD prompts you to pick a first multiline and then a second multiline. MLEDIT always cuts the first multiline you pick. The second one may be cut if called for by the edit type and depending on the shape of the multiline. Figure 16-42 shows the results of using the three tee intersection edits.
Second pick
Original multiline
First pick
Closed tee
Open tee
Merged tee
Figure 16-42: Creating a closed tee, an open tee, and a merged tee
16 Drawing Complex Objects
The third column manages corners and vertices. The top tile creates a corner. Figure 16-43 shows the result of using the corner edit.
Figure 16-43: Creating a corner
The second tile adds a vertex, and the third deletes a vertex. Choose the edit you want and click OK. AutoCAD prompts you to select a multiline. Be careful the point you pick is the location at which AutoCAD adds or deletes the vertex. To see the current vertices, pick the multiline with no command active to see the grips. Figure 16-44 shows the result of adding and deleting a vertex. The grips show the vertices clearly.
Adding a vertex
Deleting a vertex
Figure 16-44: The results of adding and deleting a vertex. The multiline with the added vertex was then stretched using grips.
Part II Drawing in Two Dimensions
The last column of the dialog box makes cuts through multilines and welds them back together again. Here s how to use these options: Use the top tile to make a cut through one element of a multiline. Use the middle tile to cut through all the elements of a multiline. In both cases, AutoCAD prompts you to select a multiline and then a second point. Be careful the point you use to select the multiline is the first point of the cut. For a single cut, the pick point of the multiline also determines which element AutoCAD cuts. Use the bottom tile to remove the cuts. AutoCAD calls this welding. For all of these editing tools, AutoCAD continues to prompt you for further edits. Press Enter to end selection. You can also move vertices using grips with the Stretch option.