Autodesk ACP-01101 Autodesk Certified Professional in AutoCAD for Design and Drafting Exam Practice Test

associative dimensions adjust to changes in the geometric objects they measure. Dimension associativity defines the relationship between geometric objects and the dimensions that give their distance and angles.

Based on 2 and 3, dimensions in a layout may be associated to objects in model space when the DIMASSOC system variable is set to 2.

To assign the 22x34_PDF page setup to a layout, follow these steps in the Page Setup Manager:

Open the Page Setup Manager:

Type PAGESETUP in the command line and press Enter.

Locate the 22x34_PDF Page Setup:

In the Page Setup Manager, locate the 22x34_PDF page setup in the list of available setups.

Set as Current:

Right-click (Control-click on Mac) on the 22x34_PDF page setup.

Select Set Current from the context menu. This action will assign the selected page setup to the current layout.

Verify the Changes:

The current layout will now use the 22x34_PDF page setup. You can verify this by checking the plot settings in the layout tab.

Box 1 = annotative

an annotative dimension style is a dimension style that automatically adjusts the size of dimensions based on the viewport scale. An annotative dimension style has an icon next to its name in the Dimension Style Manager dialog box. The dimension style is annotative because the dimension text height is the same for both viewports in the layout, even though they have different viewport scales1.

Box 2 = associativeThe DIMASSOC is at its default value of 2, therefore the dimensions are associative because they are linked to and update with the measured geometry3.

a baseline dimension is a linear, angular, or ordinate dimension that is measured from the baseline of a previous or selected dimension. The spacing between baseline dimensions can be set from the Dimension Style Manager, Lines tab, Baseline Spacing (DIMDLI system variable).

The most efficient method to avoid the problem of dimensions being too close together in the future is to use Dimension Style Manager. This will allow you to change the default spacing for all baseline dimensions in your drawing.

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Understanding Polar Tracking:

Polar Tracking in AutoCAD helps users draw lines at specific angles by snapping to predefined increments.

This feature is useful for creating lines at consistent angles without manually entering angle values each time.

Steps to Set Increment Angle:

Go to the Drafting Settings dialog box.

Select the Polar Tracking tab.

Check the box to enable Polar Tracking.

In the Increment Angle dropdown, set the desired increment angle (in this case, 17 degrees).

Enabling and Using Polar Tracking:

Once enabled, you can draw lines that snap to the set angle increments, simplifying the process of creating precise angled lines.

Conclusion:

To create lines at consistent 17-degree increments, the Polar Tracking setting should be edited.

References:

AutoCAD User Guide on Polar Tracking.

AutoCAD Help Documentation on Drafting Settings.

According to the AutoCAD for Design and Drafting documents, the CHAMFER command creates a beveled corner between two lines, while the FILLET command creates a rounded corner between two lines. Both commands can be used with the Polyline option to apply chamfers or fillets to all corners of a 2D polyline1. However, in this case, the lines are not polylines but separate line segments. Therefore, using the Polyline option will not work. Instead, you can use the Multiple option to chamfer or fillet multiple sets of lines without restarting the command2.

To ensure that the "Walls" layer is not visible while drafting, the appropriate property to set is "Layer Off." This will make the entire layer invisible in the drawing.

Layer Off:

Effect: Turns off the visibility of the layer in the drawing, making it not visible.

Usage: This is useful when you want to hide certain elements temporarily without affecting the actual data or properties of the elements on that layer.

Layer Freeze:

Effect: Similar to "Layer Off," but additionally, it removes the layer from memory, which can improve performance in large drawings. However, "Layer Freeze" is not the primary choice when only visibility control is needed.

Layer Lock:

Effect: Prevents editing of the layer's content but does not hide it from view.

Usage: Useful when you want to protect the layer's content from accidental modifications.

Layer Unlock:

Effect: Opposite of "Layer Lock," allows editing of the layer's content.

Access the Add Scale Dialog:

Open the 'Edit Drawing Scales' dialog by clicking on the scale list in the status bar or through the SCALELISTEDIT command.

Add a New Scale:

Click on the Add button to open the 'Add Scale' dialog.

In the 'Add Scale' dialog, you will need to specify the drawing units and paper units for the new scale.

Enter the Required Scale Values:

For a scale of 1" = 120', set the Drawing Units to 1 and the Paper Units to 120.

This configuration means that 1 unit in the drawing will represent 120 units on paper, matching the desired scale.

Save the New Scale:

Click OK to save the new scale to the scale list.

The new scale of 1" = 120' will now be available for use in the drawing.

References:

AutoCAD Documentation on adding scales: Adding Scales

a layout viewport is a window that displays a view of model space on a layout tab. You can create multiple layout viewports to display different views of your model at different scales.

To create the viewports in a layout tab, you can use three methods:

From the Viewports dialog box: select a viewport configuration

Create individual viewports by using the MVIEW command

From the View Manager dialog box, generate named views and add them as layout viewpoints

These methods will allow you to create and arrange viewports on your layout tab.

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Identify the Open Gaps:

The error message indicates that there are gaps between the boundary objects.

Zoom into the area where the hatch is to be applied and inspect the boundary for any visible gaps or discontinuities.

Use the JOIN Command:

In AutoCAD, type JOIN in the command line and press Enter.

Select the boundary objects that define the area to be hatched.

The JOIN command will combine collinear segments and close any small gaps between the objects, creating a continuous boundary.

Reapply the Hatch:

After using the JOIN command, attempt to hatch the area again by typing HATCH in the command line and selecting the boundary.

The continuous boundary should now be recognized, allowing the hatch to be applied without errors.

References:

AutoCAD Documentation on the JOIN command: JOIN Command

Understanding External References:

External references (Xrefs) allow you to attach drawing files within your current drawing, enabling collaborative work and data sharing.

Xrefs can be attached as Overlay or Attachment. Overlays do not include nested Xrefs, while Attachments do.

Identifying the Problem:

The exhibit shows that the Buildings drawing is nested within the Contours Xref.

To remove the Buildings drawing from the C-3 drawing, it must be detached from the Xref hierarchy.

Steps to Detach Xref:

Right-click (Control-click) the Buildings reference in the Xref Manager.

Select the Detach option. This will remove the Buildings reference from the drawing.

Conclusion:

To remove the Buildings drawing from the C-3 drawing, detach the Buildings reference directly from the Xref Manager.

References:

AutoCAD User Guide on Managing Xrefs.

AutoCAD Help Documentation on Detaching Xrefs.

According to the AutoCAD for Design and Drafting documents1, the command that should be used to ensure that the dimension objects are placed accurately is Reassociate (DIMREASSOCIATE)2. This command associates or reassociates selected dimensions to objects or points on objects3. You can also control whether new dimensions are associative by checking the option Make New Dimensions Associative in the User Preferences tab4.

Open the Sheet Set Manager:

Access the Sheet Set Manager from the 'View' tab on the ribbon or type SHEETSET in the command line.

Navigate to the Desired Project:

Ensure that the current project (sheet set) is selected in the Sheet Set Manager.

Import a New Layout:

Right-click on the sheet set or the appropriate subset (group) where you want to add the new sheet.

Select Import Layout as Sheet from the context menu.

Select the Source Drawing:

In the 'Select Drawing' dialog, navigate to the project drawing that contains the layout you want to import.

Select the layout(s) you wish to import and click Open.

Confirm the Import:

The imported layout(s) will now appear in the sheet set, retaining the original layout settings.

References:

AutoCAD Documentation on the Sheet Set Manager: Sheet Set Manager

 Identify the Data Link: Select the table cell that shows the chain link with a padlock icon. This indicates it is linked to an external data source.

 Locate the Data Link: Right-click the table and choose Data Links. Note the file path of the linked data file.

 Open the Data Link File: Open the linked data file (e.g., an Excel spreadsheet) in its respective application.

 Edit the Cell: Make the necessary changes to the cell in the external data file and save the changes.

 Update in AutoCAD: Return to AutoCAD and the table should automatically update to reflect the changes made in the external file.

References:

AutoCAD Help Documentation on Data Linking in Tables

 Open the Sheet Set Manager: Type SHEETSET in the command line and press Enter.

 Modify Page Setup: Right-click on the sheet set or individual sheets and select Properties.

 Set Page Setup: Change the page setup to 12x18 PDF.

 Publish: Click Publish to generate the PDF with the desired settings.

References:

AutoCAD Help Documentation on Publishing Drawing Sheets

From the Delta option of the Lengthen command, enter 50 units and then select the right end of the line. This way, you can increase the length of the line by 50 units from its current endpoint without changing its direction or position2

https://www.learnvern.com/autocad-tutorial-in-hindi/how-to-use-lengthen-command

To create multiple parallel lines (lanes) for a running track using the OFFSET command in AutoCAD, and to ensure they are placed on the current layer (LANES), follow these steps:

Initiate the OFFSET command:

Type OFFSET in the command line and press Enter.

Set the offset distance:

When prompted for the offset distance, type 10 and press Enter.

Use the Layer option:

To place the offset lines on the current layer, type L for Layer and press Enter.

Select Current to ensure the new offset lines are created on the current layer (LANES).

Select the Multiple option:

To create multiple offsets at the same distance, type M for Multiple and press Enter.

Create the offsets:

Select the polyline (outside lane) as the object to offset.

Click to the side where the offsets are to be created (inside of the original polyline).

Repeat the clicks to create the necessary number of lanes.

This method ensures that each new lane is created at a consistent distance of 10 units from the previous one and that all new lanes are placed on the current layer.

Inspect the Dimension Properties:

Double-click on the first dimension to open the text editor. Notice the dark solid color background behind the dimension text.

This indicates that a background mask is enabled for this dimension.

Check the Background Mask Settings:

Select the dimension and go to the Properties palette.

Under the 'Text' section, find the 'Fill Color' or 'Background Mask' setting. Ensure it is set to an appropriate color (e.g., the same as the background).

Compare with the Second Dimension:

Double-click on the second dimension and observe the absence of a background color during editing.

In the Properties palette, confirm that the 'Background Mask' is either disabled or set to 'None.'

Adjust Settings if Needed:

If you want both dimensions to have a background mask, enable the 'Background Mask' for the second dimension and choose the desired color.

References:

AutoCAD Documentation on dimension styles and background masks: Dimension Styles

False: You cannot create a new clipping boundary without removing the existing clipping boundary. If you want to change the clipping boundary, you have to select the PDF underlay, right-click and choose Remove Clipping Boundary first, and then use the Clip PDF command again with a different option12.

True: To access the Underlay Layers dialog box, you have to select a PDF underlay, right-click and choose PDF Layers2. In the Underlay Layers dialog box, you can click the light bulb icon for the layer name that you want to turn on or off2.

True: To use the Align command, you have to select a polyline, right-click and choose Align3. Then you have to specify two source points on the polyline and two destination points on the PDF underlay that correspond to each other3. You can also specify a third pair of points if needed3. Finally, you have to press Enter twice to confirm the alignment3. The statement "You can use the grips on the polyline to align to the edges and corners of the PDF underlay" is true. When you place a rectangular polyline over a PDF underlay and use it as a clipping boundary, the polyline's grips can be used to adjust its size and position so that it aligns with the edges and corners of the underlay.

By hovering the cursor over a grip, you can see its tooltip display the name of the grip and its function. If you then click and drag the grip, you can move it along its corresponding axis to resize the boundary. This allows you to adjust the clipping boundary to fit exactly over the content you want to display.

The type of object that is conventionally used for this purpose is D. A revision cloud123. A revision cloud is a way to highlight changes or revisions in a drawing by creating a cloud-shaped polyline around them12. You can create a revision cloud by moving the mouse or by converting existing objects2. You can also change the style, color, layer and properties of the revision cloud13.

Understanding the Count Tool Alert:

In AutoCAD, the Count tool is used to quantify the number of block instances within a drawing.

A yellow error alert triangle next to the block count indicates an inconsistency or issue with the blocks in the drawing.

Common Reasons for Alert:

The block is on the wrong layer.

The block is exploded.

The block does not have its color assigned to BYLAYER.

The block has a different scale factor.

Identifying the Issue:

Option A: The block being on the wrong layer does not typically trigger a count alert.

Option C: The color assignment to BYLAYER does not affect the block count.

Option D: Different scale factors usually do not trigger a count alert unless the block definition is altered.

Option B: Exploded blocks result in losing the block definition, causing AutoCAD to alert the user of incomplete blocks, which matches the scenario depicted in the exhibit.

Conclusion:

The alert is due to the block being exploded, resulting in a mismatch between the expected block count and the actual block instances recognized by AutoCAD.

References:

AutoCAD Help Documentation on Block Counting and Alerts.

User manuals and community forums discussing common issues with block counts.

According to the AutoCAD for Design and Drafting documents, the CHAMFER command creates a beveled corner between two lines, while the FILLET command creates a rounded corner between two lines. Both commands can be used with the Polyline option to apply chamfers or fillets to all corners of a 2D polyline1. However, in this case, the lines are not polylines but separate line segments. Therefore, using the Polyline option will not work. Instead, you can use the Multiple option to chamfer or fillet multiple sets of lines without restarting the command2.

To assign the 22x34_PDF page setup to a layout, follow these steps in the Page Setup Manager:

Open the Page Setup Manager:

Type PAGESETUP in the command line and press Enter.

Locate the 22x34_PDF Page Setup:

In the Page Setup Manager, locate the 22x34_PDF page setup in the list of available setups.

Set as Current:

Right-click (Control-click on Mac) on the 22x34_PDF page setup.

Select Set Current from the context menu. This action will assign the selected page setup to the current layout.

Verify the Changes:

The current layout will now use the 22x34_PDF page setup. You can verify this by checking the plot settings in the layout tab.

rotate is a command that rotates selected objects around a base point to an absolute angle. You can specify the base point and the rotation angle by entering values or selecting points. You can also use the reference option to align objects with other objects.

1- Start the Rotate command, select the square, and press Enter

4- Specify the base point

5- Select the Reference option

3- Select the lower left corner and the lower right corner as the first and second points of the reference angle

2- Enter a value of 0 for the new angle and press Enter

BOX 1 = WIPEOUT command with the Polyline option2.BOX2 = DRAWORDER command23

https://forums.autodesk.com/t5/autocad-forum/polyline-plan-view-boundary-of-point-cloud/td-p/6251860

According to the search results123, a rectangular array command creates copies of objects in a regularly spaced rectangular pattern. You can adjust the spacing and number of rows and columns by dragging the grips on the array preview or modifying values on the Array context ribbon.

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array items are contained in a single array object, similar to a block. You can change the number of these items and their spacing in an associative array.

Based on 2, you can move an item in an associative array by pressing and holding the Ctrl key, and then selecting the items you want to move.

since explode is the command that separates objects into individual objects. Disassociate, ungroup and break are not valid commands for associative arrays.

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