ACP-01101 Sample Questions Answers

When working with arcs in AutoCAD, you can use different methods to draw them. The given exhibit shows a dimensioned arc which looks to be defined by three points: the starting point, the center point, and the ending point. This is typically how the "Start, Center, End" method works.

Start Point: The initial point where the arc begins.

Center Point: The center of the circle from which the arc is a segment.

End Point: The final point where the arc ends.

This method is useful for accurately defining the curve and ensuring it passes through the desired points.

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.

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.

 Open the Block Editor: Select the north arrow block and enter the Block Editor by typing BEDIT in the command line and pressing Enter.

 Replace Text with Field: Select the text object (1" = 20') and delete it. Then, use the MTEXT command to create a new text object.

 Insert Field: In the Mtext Editor, right-click and choose Insert Field. In the Field dialog box, select Object as the Field Category, and choose Viewport as the Field Names.

 Select the Viewport Scale: Choose the Standard Scale property and click OK. This will create a dynamic text that updates based on the viewport scale.

 Save and Close: Save the block changes and exit the Block Editor.

References:

AutoCAD Help Documentation on Using Fields in AutoCAD

a block attribute is a tag or label that attaches data to a block. The data can be extracted and displayed in a table. Therefore, the entity in the drawing that is used to put the graphical representation of the room number in the Room No. column in the table is B. Attribute.

http://autocadtip.com/how-to-create-block-attribute-in-autocad.html

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

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.

UCS is a command that sets a new user coordinate system (UCS) by specifying points or by selecting an object. You can use the Object option to align the UCS with a selected object such as a line.

Based on 3 and 4, UCSBASE is a system variable that sets the name of the current UCS base. PLINEGEN is a system variable that controls how linetype patterns are generated around vertices. LWEIGHT is a command that sets the current lineweight, which is used for new objects and affects objects in the current space only.

https://knowledge.autodesk.com/support/autocad/learn-explore/caas/CloudHelp/cloudhelp/2016/ENU/AutoCAD-Core/files/GUID-0BE49DA1-B323-4758-B49B-4C497D194C7A-htm.html

https://knowledge.autodesk.com/support/autocad/learn-explore/caas/CloudHelp/cloudhelp/2020/ENU/AutoCAD-Core/files/GUID-E658D5E7-EE5C-4A06-BF34-F71CDB363A71-htm.html

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.

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

 Access the Xref Manager: Type XREF in the command line and press Enter.

 Select the Xref: Choose the Xref you want to modify from the list.

 Modify the Path: Click on the Path Type and select Make Relative. This ensures that the references will correctly point to the ALT-1_Xrefs folder relative to the current drawing location.

References:

AutoCAD Help Documentation on Attach and Overlay External References

https://knowledge.autodesk.com/support/revit/learn-explore/caas/CloudHelp/cloudhelp/2022/ENU/Revit-DocumentPresent/files/GUID-EA2B51E1-C28A-4410-AF01-836377581968-htm.html#:~:text=DWG%20(drawing)%20format%20is%20supported,DXF%20files%20are%20generally%20large .

 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

TrueAccording to 1 and 2, UCS is a command that sets the user coordinate system (UCS) which establishes the XY work plane and Z-axis direction for drawing and modeling.

Based on 1, you can use the View option to align the UCS with the current view orientation. This option rotates the UCS so that it matches your current view of a 3D model. https://knowledge.autodesk.com/support/autocad/learn-explore/caas/CloudHelp/cloudhelp/2016/ENU/AutoCAD-Core/files/GUID-0BE49DA1-B323-4758-B49B-4C497D194C7A-htm.html

Falseccording to 1 and 2, UCS is a command that sets the user coordinate system (UCS) which establishes the XY work plane and Z-axis direction for drawing and modeling.

Based on 1, you can use the World option to set the UCS back to its default orientation. This option resets the UCS so that it matches the WCS (world coordinate system).

https://knowledge.autodesk.com/support/autocad/learn-explore/caas/CloudHelp/cloudhelp/2016/ENU/AutoCAD-Core/files/GUID-0BE49DA1-B323-4758-B49B-4C497D194C7A-htm.html

TrueAccording to 1 and 2, UCS is a command that sets the user coordinate system (UCS) which establishes the XY work plane and Z-axis direction for drawing and modeling.

Based on 1, you can use the Named option to save or restore named UCS definitions. This option allows you to create custom UCSs and switch between them easily.

https://knowledge.autodesk.com/support/autocad/learn-explore/caas/CloudHelp/cloudhelp/2016/ENU/AutoCAD-Core/files/GUID-0BE49DA1-B323-4758-B49B-4C497D194C7A-htm.html

an annotative hatch is a hatch that automatically adjusts its scale and size to match the viewport scale. This means that the hatch pattern will look the same regardless of how you zoom in or out of the viewport.

To create an annotative hatch, you need to:

Set the annotation scale tool to 1:1

Create your hatch as usual

In the properties palette, make the hatch annotative

Add annotation scales to the hatch as needed

This will create a hatch that displays correctly at different viewport scales.

https://forums.autodesk.com/t5/autocad-forum/annotative-hatch/td-p/2651268

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.

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.

When creating a path array in AutoCAD, the objects being arrayed typically align with the direction of the path by default. To maintain the original orientation of the objects while following the curved path, you should turn off the "Align items" option.

Select the Object: Choose the object you want to array along the path.

Path Array Command: Use the ARRAYPATH command or go to the Array command and choose Path Array.

Select Path: Select the path (curved line or arc) along which the objects will be arrayed.

Turn Off Align Items: In the Array options, turn off the "Align items" checkbox to ensure that the objects maintain their original orientation.

This will keep the orientation of each object the same as the original, regardless of the curvature of the path.

Setting Up Polar Tracking:

Polar Tracking helps in creating lines at specific angles by snapping to predefined angle increments.

Required Angles in the Exhibit:

The exhibit shows angles of 45°, 60°, and 27°.

Increment Angle: Set to 60° to cover the major angle increments.

Additional Angle: Add 27° to cover the specific requirement in the drawing.

Steps to Set Drafting Settings:

Open the Drafting Settings dialog.

Go to the Polar Tracking tab.

Set the Increment Angle to 60°.

Add 27° to the Additional Angles list.

Conclusion:

To draw the exhibit using Polar Tracking, set the Increment angle to 60° and add 27° as an additional angle.

References:

AutoCAD User Guide on Polar Tracking.

AutoCAD Help Documentation on Setting Increment and Additional Angles.

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.

To determine the most current file in the Drawing Recovery Manager, you should review the last saved date and time for each file in the Details panel. This ensures you are selecting the most recent version of the drawing.

Select each file name:

Procedure: Click on each file name in the Drawing Recovery Manager.

Review the Details panel:

Information: The Details panel provides the last saved date and time for each file.

Purpose: Helps you identify which backup file is the most recent and thus the best candidate for recovery.

Enable Table Breaks:

Property Setting: Yes

Explanation: Enabling table breaks allows the table to be divided into multiple segments.

Direction:

Property Setting: Down

Explanation: The direction "Down" ensures that the table segments are arranged vertically one below the other.

Repeat Top Labels:

Property Setting: Yes

Explanation: This ensures that the header row (top labels) is repeated at the beginning of each segment of the table, providing clarity and consistency across the split sections.

Repeat Bottom Labels:

Property Setting: No

Explanation: Not repeating bottom labels ensures that only the top labels are repeated, which is generally sufficient for table readability and avoids redundancy.

Manual Positions:

Property Setting: No

Explanation: Not using manual positions lets AutoCAD automatically position the breaks, simplifying the process.

Manual Heights:

Property Setting: No

Explanation: Disabling manual heights allows AutoCAD to control the height of each segment automatically.

Break Height:

Property Setting: 2.7553

Explanation: This value controls the height of the table breaks, determining how much content fits into each segment.

Spacing:

Property Setting: 0.5000

Explanation: This value controls the spacing between the segments of the table, ensuring they are adequately separated for visual clarity.

By configuring these properties correctly, the CAD designer was able to split the window schedule table into two sections, maintaining readability and a clear structure as shown in the exhibits.

References:

AutoCAD Help Documentation on Table Breaks

AutoCAD User Manual on Managing and Formatting Tables

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.

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