AutoCAD 2018.1 and AutoCAD LT 2018.1 Update

Autodesk has released a new update for AutoCAD and AutoCAD LT 2018. Click on images to get a bigger picture for viewing. Keep in mind, not all of the below is included in LT. The following is included in the update…

The AutoCAD 2018.1 Update offers new software enhancements and tools to simplify your
workflows and improve productivity. To help you quickly identify new features in the user
interface, make sure the Highlight New Features option in the Help menu is turned on.

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Views and Viewports

Enhancements in the AutoCAD 2018.1 Update make working with named views and layout
viewports easier than ever!

Named Views

A new Named Views panel is added to the View ribbon tab with tools to easily create, restore,
and edit named views.

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The View dropdown list in the panel allows you to easily restore named views by selecting it
from the dropdown list:

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The New View tool offers a simplified version of the New View/Shot Properties dialog box with
only the most basic controls for creating a new view. You can expand it to access the full set
of View and Shot Properties.

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The View Manager button displays the View Manager dialog box. From there, you can edit and
manage named views.

Inserting Named Views as Viewports

Now for the cool part: inserting named views onto a layout!
The Layout ribbon tab is a contextual tab that is displayed when a layout is made active. If
you click on the Layout ribbon tab, you will see that it now includes a new Insert View tool.
The Insert View tool displays all the named model views in the drawing as either a gallery
with thumbnail preview images, or a simple list (depending on whether you have
GALLERYVIEW enabled).

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Simply select a view from the gallery and place it onto your layout. The result is the same as
the multi-step process of creating a layout viewport, making it active, selecting a view, setting
the scale, resizing the viewport, and locking it. Now, you can do it in a single step—enabling
you to add many views very quickly!

AutoCAD applies the annotation scale of the view to the viewport scale if it will fit on the
sheet. If it doesn’t fit, AutoCAD estimates and applies a standard scale based on the size of
the named view and the layout in order to fit on half the sheet. You can easily change the
scale during insertion by selecting the desired scale from the right-click menu.

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Viewport Grip Enhancements

You can easily change the scale of or move a paper space viewport at any time by selecting it
and then using the move grip or the triangular scale grip. You can also use viewport grips at
the corners to modify the viewport boundary—but you’re much less likely to need them as
viewport boundaries automatically resize when you change the viewport scale!

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Inserting a New View as a Viewport

You can quickly create new model views—even while working on a layout—by selecting the
New View tool from the Insert View gallery control.

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This allows you to specify the view area in model space and then immediately place the view
on the layout. If the drawing contains no named views, selecting the Insert View tool from the
Layout ribbon tab automatically launches the New View behavior.

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With these enhancements to views and viewports, we think you’ll be able to reduce clicks and
save time!

Layer Property Overrides

Improvements to the Layer Manager and other Layer controls make it easier to identify
overrides and to restore them to their default values.

Layer Properties

The Layer Properties Manager includes a new status icon to indicate when an Xref layer
contains overrides. Passing the cursor over the icon displays a tooltip listing all of the applied
the layer overrides.

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A new toggle in the Layer Properties Manager makes it even easier to identify Xref layer
overrides by applying a background color to any and all layers and properties with overrides—
including both Xref and viewport overrides.

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To further aide in identifying Xref layers with overrides, a new Xref Overrides layer filter is
available. Simply select the Xref Overrides filter to see a list of all the Xref layers in the
drawing with applied overrides. A right-click menu option enables you to easily reset any or
all of the Xref layer properties to their original values.

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A similar option is available when you right-click on any layer in the layer list with Xref layer
overrides. You can choose to reset Xref layer properties for just the selected layers or for all
layers.

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Additionally, a new XREF option in the -LAYER command offers command line access to
remove Xref overrides, and a previously hidden option in the VPLAYER command for removing
Viewport Overrides [reMoveoverrides] has been exposed.

Note: The order of the columns in the Layer Properties Manager has changed for Layouts and
the Global and VP properties for each Layer property are now grouped together. To simplify
the Layer Properties Manager, the Plot Style and VP Plot Style columns are no longer
displayed for drawings in Color Dependent mode (PSTYLEMODE-1).

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Layer Settings

The Layer Settings dialog box is updated to include new controls for managing Xref layer
properties. Access it from the Settings icon in the upper righthand corner of the Layer
Properties Manager. The option to Retain changes to Xref layers (VISRETAIN system variable)
has moved from the Options dialog box (Open and Save tab) to the Layer Settings dialog box.
With the option to retain overrides to Xref layer properties enabled (VISRETAIN = 1), you can
now specify which, if any, Xref layer properties you want to reload, offering you more
flexibility to control Xref overrides. The various layer property options are stored in the
registry via the new VISRETAINMODE system variable.

Another new control in the Layer Settings dialog box, Treat Xref object properties as ByLayer,
offers easy access to the XREFOVERRIDE system variable (which enables you to force object
properties of Xref objects to use ByLayer properties).

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Additional Enhancements to Layer Behavior

A new system variable, XREFLAYER, allows you to specify a default layer on which to place
attached Xref files regardless of which layer is set as current.

When you rename or delete an Xref layer in the Xref drawing, it will automatically be
renamed/deleted when you reload it in the host drawings.

Improved 3D Navigation Performance

The navigation speed of 3D models (when viewing with the most common visual styles)
continues to improve with the AutoCAD 2018.1 Update. The 3D graphics performance for the
Wireframe, Realistic, and Shaded visual styles has increased significantly, depending on the
content of the DWG files tested. Measuring the frames-per-second performance in six large
benchmark models, the median FPS performance increase in AutoCAD 2018 Update was 175%
faster (2.75x) than the FPS in AutoCAD 2017, and 37% faster (1.37x) than in AutoCAD 2018 (preupdate).
For best results, use these 3D visual styles in their default states on a 64-bit machine
with a compatible graphics card. The commands offering the greatest benefit from these
performance improvements include those that are most used: 3DORBIT, ZOOM, PAN, and
VSCURRENT.

High Resolution (4K) Monitor Support

Support for high resolution monitors continues to be improved in the AutoCAD 2018.1 Update.
More than 200 dialog boxes and other User Interface elements have been updated to ensure
the best possible viewing experience on 4K displays and higher. Just a few examples include
the Edit Layer State and Insert Table dialog boxes as well as the Visual LISP editor.

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Performance Enhancements

Plot and Preview offer significant performance improvements for drawings with missing SHX
fonts.

Standards Checking

Custom line type properties are supported when checking STANDARDS with multiple custom
line type definitions in drawing.

Object Selection

Crossing window and Fence selections are supported when trimming or extending lines that
are not on the current UCS plane.

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What’s New in InfraWorks v.2018.1

Last week Autodesk released InfraWorks 2018.1.  Below you can see what has been added to this new update…

Linear Feature Extraction

Now, in InfraWorks it is possible to extract linear features from point clouds to create breaklines, paint stripes, and more. In addition, with the Automatic option, pick two points on a feature in the point cloud, and InfraWorks will find and follow the line for you – in 3D of course!  Also, this new capability introduces the new Linear Feature object to InfraWorks.

Linear Features (Extended Functionality)

Not only will InfraWorks automatically follow linear features in the point cloud, this latest release also delivers advanced tools to create and modify breaklines and other linear features – including cross section views for linear features from point clouds. Then linear features, vertical features, and ground grid can be exported for use in Civil 3D where a more accurate representation of existing conditions can be established for use in your design project.

Quantities

In this latest release of InfraWorks we made it possible to select multiple roads and calculate earthwork and material quantities on all of them, at once! And, if you want to calculate quantities for a certain area of your roadway project, now worries. Now, you can specific a station range and calculate both earthwork and material quantities for just that area you’re interested in. You can even calculate quantities for particular areas of interest such as a parcel, right of way, or easement.

Labels

The ability to control the appearance of labels using Views is another enhancement in this latest release of InfraWorks. In InfraWorks, labels are now automatically displayed (or not) depending on the current View of your project – conceptual or engineering. Oh, should you so choose, labels can be turned on or off within a View. Finally, we’re also improving clarity when stations are labeled along the road and the automatic labeling of key bridge dimensions whenever you select a bridge or bridge component.

Parts Editor

The new Parts Editor in InfraWorks allows for the management of pipe and structure libraries as well as the creation of custom parts.  Modify out-of-the box parts to create different size variations, or even create new custom parts with Inventor and export them using a free Inventor plug-in that installs with InfraWorks.

Parametric Components

Now, InfraWorks users can benefit from almost limitless configurations for bridge rails, barriers, and more. What’s more, road decorations can now be added using parametric models.  Users can even create their own parametric models in Inventor and make them part of their component road designs.

Make sure you check out this and more at the new blog site Infrastructure-Reimagined.