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

https://www.tutorial-autocad.com/mirror-command

http://docs.autodesk.com/ACD/2011/ENU/filesMDG/WS1a9193826455f5ff2566ffd511ff6f8c7ca-3f53.htm

Box 1 = Turn on Associative Hatching

Box 2 = use the Recreate Boundary option from Hatch Editor

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In AutoCAD, when managing sheets and layouts, different properties are used to control and organize sheet information.

Sheet Custom Property: This property allows you to define custom information specific to each sheet or layout. It is used for unique identifiers that are not globally applied to the entire sheet set but rather specific to individual sheets.

Setting the Property:

Open the Sheet Set Manager.

Right-click the sheet and select Properties.

Add a custom property for the sheet number based on discipline (e.g., C001).

Define the Custom Property:

In the Properties dialog, add a new property for the sheet number.

Enter the value (e.g., C001) for the specific sheet.

Using a Sheet Custom Property ensures that each sheet has a unique identifier that can be easily managed and referenced.

Understanding Annotative Objects:

Annotative objects in AutoCAD are designed to automatically adjust their size based on the viewport scale to ensure readability.

Issue with Custom Drawing Scale:

When a new custom scale (1:120) is applied, annotative objects disappear if they are not configured to support the new scale.

Options to Resolve the Issue:

Option A: Turning off the annotation monitor within the viewport does not resolve scale issues.

Option B: Moving objects to a new layer does not affect their annotative properties.

Option D: Setting multiple scale positions is a partial solution but does not directly address the missing scale.

Correct Solution:

Option C: Adding the 1:120 scale to the annotative objects in model space ensures that these objects recognize and adjust to the new scale within the viewport.

Steps to Add Scale:

Select annotative objects in model space.

Right-click and choose "Annotative Object Scale" from the context menu.

Add the new scale (1:120) to ensure objects appear correctly in the viewport.

References:

AutoCAD Help Documentation on Annotative Objects and Scaling.

AutoCAD 2024 User Guide on Managing Annotative Properties.

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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the mode that should be used if you want the default value of the attribute assigned upon insertion where the attribute value cannot be changed is Constant. This option sets the attribute value as constant and prevents it from being modified during a block insertion or later.

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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.

The object property that you should use when using the Insert Field command to generate the viewport scale, if the default scale list is being used, is the "Standard scale".

The "Standard scale" property is used to specify the standard scale factor for the viewports. It represents a value in the format of 1:n, where n is the scale factor. For example, if you set the standard scale to 1:50, the viewport will display objects at a scale of 50 units per drawing unit.

To use this property in the Insert Field command, you can select "Object" in the "Field category" dropdown and "Standard scale" from the "Field names" dropdown. This will insert a field code that will automatically update the viewport scale based on the properties of the viewport.

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).

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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.

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