陈老可不可以介绍一些R11的新功能?

z-gia

陈老可不可以介绍一些R11的新功能?

还有,修正了哪些错误?谢谢!

wangsy

我倒想知道他对硬件的要求是否会更高

陈伯雄

我不知道可不可以说出来，这个我不能做主。等我问问...

z-gia

好的，我们等等看！

ovo

本地化的内容是不是更全了呢？

陈伯雄

现在不能说...

creakzhou

Assemblies

iMate enhancements

Defining iMates has the following improvements: An iMate may be named when created. Multiple name match is now possible, so that symmetric components can specify orientation, resulting in repeated "A to B" matching. You can specify Match Self Only, Match Any, or Match Names. The assembly Place Constraints tool now lets you specify iMate Match names. iMates can not only be inferred from all constraints of a component, but also from selected constraints or features. When placing a component with iMates, you can now select among valid locations and orientations which iMates to join.

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Modeling enhancements

Settings moved to the Tools menu include Defer Updates, Update Mass Properties, Analyze Interference, and Activate Contact Solver. Window selection from top left to lower right selects everything inside the window; from bottom right to top left selects everything touched by the selection window.

Design Doctor

A new check box named "Enable Related Constraint Failure Analysis" on the Assembly tab of the Application Options dialog box performs analysis to help identify constraint failures. The Design Doctor has improved diagnostics when analyzing a constraint failure. On the Design Doctor dialog box, you select a new treatment named "Related Failed Constraints." This treatment narrows the focus to a smaller set of components that may participate in a constraint failure, thus helping you to find and repair errors.

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Export video of driven constraints

The Drive Constraint dialog box has new options for exporting recorded driven constraint sessions. You can export in .asf or .wmv format. In the Save As dialog box, you can set a custom name for the video, and in the Export Properties dialog box, set bandwidth and image size properties.

Interactive Contact settings

Interactive Contact settings (interactive contact and complex surface) are moved from the Assembly tab of Application Options to the Modeling tab of the Document Settings dialog box. The settings apply only to the current document.

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Positional representation overrides

Through the context menu, previously unavailable operations are now available in non-master positional representations. The result is an override unique to the active positional representation. For example, in an active positional representation, you can apply Modify (Override) and Suppress (Override) to constraints: For the Modify (Override), you can enter a new value in the Edit Dimension dialog box for the existing constraint. The new value shows in the browser. For the Suppress (Override), the selected constraint is immediately suppressed. Component overrides switch the current state to the opposite: Flexible (Override) switches the selected component's flexibility status. Grounded (Override) switches the selected component's grounded status. Subassembly positional representations may be enabled, selected, and turned off or on by double-clicking in the browser to activate. Pattern offsets may also be overridden. Through the Edit option on the context menu, you can reset the offset. Other changes to the pattern elements are not overrides, but update the master assembly pattern definition.

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Find tool

Find in Window now includes multiple components, assembly constraints, and consumed weld beads. In the browser, you select the components you want to locate in the graphics window and right-click to select Find in Window. The graphics window zooms in on the found components.

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Constraints

An application option lets you turn off sound when a constraint is created.

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Mirror assembly

You can now mirror assembly features and weldments in the top-level assembly.

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Assembly RETURN

An enhanced RETURN tool offers several ways to exit an in-place editing session. Its behavior is similar to the SELECT command in that you can specify its focus. When in-place editing, a drop-down list of return destinations is available. They include: Return to Previous Return to Parent Return to Top (top-level assembly) In addition, the RETURN button has special meaning when exiting from environments such as 2D and 3D sketches, drawing sketches, sheet metal, solids, or construction environment. The context changes according to the environment.

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Measure tool

Measure now finds the minimum distance between any component, face, or part. To find the minimum distance, you change the selection mode of the Measure tool to Part selection and select any parts in either the graphics window or browser.

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Auto Limits

Auto Limits monitors model geometry and mass properties

Auto Limits allows designers to designate specific aspects of their design to monitor during creation and editing operations. These new sensors allow dynamic tracking of selected model geometry and mass properties, and report threshold changes as the model incrementally evolves. You can create sensors at the document, feature, and sketch level. In the graphics window and browser, sensors indicate status by color and shape. A special toolbar is available by clicking the arrow on the sheet metal, part, assembly, and weldment panel bars. Individual sensors are grouped as follows: Sensor parameters sets tolerances and other settings. Dimensional sensor includes Length, Distance, Angle, Diameter, and Minimum Distance. Area-Perimeter sensor includes Area and Loop sensors. Physical properties sensor includes Volume and Mass sensors. Refresh sensor recalculates sensors.

Length sensor

The length sensor monitors the length of: 3D edges: straight, arc, spline, elliptical and so on 2D geometry: line, arc, circle, ellipse, and spline

Angle sensor

The angle sensor monitors the angle between points, lines, faces, work points, work axes, and work planes in 3D and 2D: Point1-Point2-Point3: Point1 to Point2 determines one vector. Point2 to Point3 determines the second vector. Point2 is the intersection point. Line/Axis1-Line/Axis2 Line/Axis-Plane/Face Plane/Face-Plane/Face

Diameter sensor

The diameter sensor monitors: 3D arc edges, circular edges, constant curvature faces 2D sketch circles and arcs. If desired, you can specify the value as radius rather than diameter.

Distance sensor

The distance sensor monitors the distance between selected geometry. If distance is monitored to a cylindrical face, the distance is calculated to the axis.

Minimum distance sensor

The minimum distance sensor monitors distance between vertex, edge, face, part, and subassembly selections.

Loop sensor

The Loop sensor measures the length of the collection of edges bounding a face. You can select one or more geometry loops.

Area sensor

The area sensor measures the area of one or more selected faces.

Volume sensor

The volume sensor measures individual components, subassemblies, and top-level assemblies. You can select items to measure in the graphics window or browser. When you select a subassembly or top-level node, a single cumulative value is calculated.

Mass sensor

The mass sensor measures individual components, subassemblies and top-level assemblies. You can select items in the graphics window or browser. When you select a subassembly or top-level node, a single cumulative value is calculated.

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Two distinct environments are now available for performing Content Center tasks:

The Content Center Editor environment serves the Content Center's manager needs for modifying library parts. Access the Content Center Editor from the Tools menu. For example use the Content Center Editor to: Create, Delete and Edit Categories, Families and Tables Rename library parts and families in Edit Categories, Families, Tables. Publish a part or part feature to a read/write library Copy a read/only category or family to a read/write library for editing purposes. The Content Center Consumer environment serves the Content Center Consumer needs for using library parts in the design process. Access and use Content Center library parts in a design file by using one of the following commands: Open from Content Center opens a family part or custom part. Place from Content Center places a feature into an open part file or places the selected part into an open assembly file. Place Feature from Content Center places a family feature into an open assembly file. Change size changes the size of a placed family part. Replace from Content Center replaces an existing content center part or non-content center part with a member from the Content Center library.

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AutoDrop and Functional Design

Use AutoDrop to enhance productivity when working with standard machinery content. Drag and drop content from your library in Content Center and let Functional Design decide what Family Member and size is appropriate to the situation. For example dragging Nut Family to the Washer in assembly will find the appropriate nut, insert it and mate it in the context of the assembly.

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Publish to Content Center

Publish one or more parts using the Batch Publish dialog box. The new Publish Guide dialog box simplifies publishing new families to the Content Center. The Publish Guide takes you thru the necessary steps to define the items necessary for successful Publish.

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Content Center and the Autodesk Vault Manager

Perform all Content Center administrative tasks using the Autodesk Vault Manager. For example, use the Autodesk Vault Manager to create new libraries, including read/write libraries. If the Content Center libraries are installed on a remote server, you must be assigned Editor permissions in Autodesk Vault Manager to perform any of the editing tasks and you must be logged into your vault server. If you are working in a single user environment, you automatically have permissions to perform editing tasks and you are automatically logged into the Autodesk Data Management server on your local drive.

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Access the Configure Content Center Libraries dialog box in the Project dialog box

Access the Configure Content Center Libraries dialog box in the Open - Projects- Select a Project dialog box, and click Configure Content Center Libraries. Configure libraries on the computer hosting the libraries. Content Center Library Configurations are now Inventor [ML3] project based and must be configured for each project.

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Advanced Shape Description

Part modeling has been enhanced to enable cast and molded parts that meet design requirements for aesthetics, ergonomics, and manufacturing constraints. Improvements include: Enhanced 3D sketch tools Avanced loft and sweep functions Enhanced boundary patch New Sculpt tool New surface editing tools Robust fillet and blend Comprehensive analysis tools See the Shape Description What's New topic for more details on these items.

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Infer constraints using 3D Grips

Constraints are added when you click on a 3D Grip handle and then click the face of the feature to which you want it constrained. Constraint behavior depends on settings on the Part tab of the Application Options dialog box. You can specify if 3D Grip geometric or dimensional constraints Never Break, Always Break, or Prompt if grip editing will break a constraint.

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Work features

Enhancements include: Work point from center of analytic and non-analytic loops. Work point from torus at center point. Work plane from torus, sliced through the body from a selected surface. Work planes show a normal direction. The non-normal side of the work plane is darker than normal. Drag a work axis or work plane to resize it. A work axis through surface normal. Auto-resize prevents resizing of work features, but you can turn it off on the context menu, and then drag to resize work axes and workplanes, including origin axes and planes.

Rib and Web

You can now add a taper value to add draft to the rib or web. The direction must be perpendicular to the sketch plane to apply a taper value.

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Coil feature

A coil feature can now be designated a surface or a solid.

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Surface color

You can now assign color properties to surface features and faces. Surface color is also available in the Construction environment.

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Pattern and Mirror enhancements

Surface features such as sweep surface, stitch surface, boundary patch, fillet of a surface edge, can now be selected for pattern and mirror operations. Use patterned surfaces to create multiple construction surfaces, and then use them as termination surfaces. You can also use them to create symmetric surface sets used in Stitch or Sculpt features to form a solid. Rectangular and circular patterns now include a midplane option. Midplane enables you to model a feature in a centered location, and then create a pattern where the occurrences are distributed on both sides of the original.

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Simplified browser

Autodesk Inventor now allows additional nesting and automatic sharing of sketches and consumed work and surface features in the Model browser. An Unshare feature is also available. These enhancements: Reduce browser clutter and requires less scrolling. Provide clear, easy-to-understand dependencies along with the history. Allow dual consumption of sketches within a single feature.

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Approximate solutions for Shell, Thicken, Offset

If a precise solution is not found for a Shell, Thicken, or Offset operation, Autodesk Inventor automatically allows an approximate solution. Approximate solutions allow a deviation from the specified distance to find an acceptable solution. You control the accuracy of the solution and where the deviation is allowed. You can also turn the option off.

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Replace face

Replace face feature now allows the selection of single and multiple work planes and mixed selection sets (surface bodies and work planes) as the replacement face.