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Autodesk 3ds Max Design Fundamentals (ASCENT) [autodesk authorized author] on *FREE* shipping on qualifying offers. Autodesk 3ds Max Design. Use 3ds Max software for 3D modeling, animation, rendering, and visualization. Buy a 3ds Max subscription from the official Autodesk store or a reseller. Autodesk Civil View for 3ds Max Design is a visualization tool for civil engineers and transport infrastructure planners. Civil View offers close.

Autodesk civil view for 3ds max design 2015 free. Download free trial of 3ds Max


In Civil View, material assignment is automated. Make sure that any objects you add to the library comply with the Civil View material library standards. When you use 3ds Max Design. When you create objects for inclusion in an object library, work in a 3ds Max Design session without running Civil View.

You can use MAXScript to create your own parametric plug-in objects, which are added to the Civil View plugins directory. Object Category Groups. Topics in this section Vehicle Library Vehicle library objects are merged into the current scene directly from static mesh objects derived from existing 3ds Max Design.

Street Furniture Library Street furniture library objects can be either parametric or static objects. Sign Library Sign objects represent road signs and road-marking symbols. Tree Library Civil View tree objects are created using a proprietary parametric tree object plug-in. Camera Library Civil View uses only free cameras , and manages them in a way that makes it easy to create drive-through animations.

As Piotr explains, It can be difficult to communicate your concerns to other members of the design team when, Figure 2. Arup uses visualization techniques to identify potential safety concerns on proposed highway alignments. Image courtesy of Arup. Being able to quickly produce a few simple rendered views from a driver s viewpoint can be invaluable in understanding the combined effect of the horizontal and vertical alignment of a highway, sitting within its surrounding environment.

The firm s key aim is to include visualization as an integral part of the civil design process at a reasonable price to clients, and without the need to involve a third party. Remco Bastiaans of Oranjewoud explains, We have found it to be very beneficial to include visualization with our proposals to clients.

In our experience, it is far quicker and easier to convince a customer to choose our services when we can communicate our ideas so much more effectively. Figure 3. Oranjewoud must verify the integrity of their AutoCAD Civil 3D design models, which makes design visualization an integral part of their design validation process. During the design phase, Oranjewoud constantly produces visualizations of designs created in AutoCAD Civil 3D software, making it easier to evaluate their projects at an early stage in the design process.

Remco continues, We often simply need to quickly check whether all the 3D elements in the design are correctly aligned and being able to more rapidly simulate what it will be like for the car or other vehicle to drive on the road is invaluable. If we notice an aspect of the design that needs to be modified, we switch back to AutoCAD Civil 3D to make the necessary adjustments and then run an update to the visualization in order to check the corrections that have been made.

We continue this procedure until we are happy that we have met or even exceeded the client s requirements. All of these factors mean that, for many companies, design visualization is rapidly becoming an integral part of the civil infrastructure design process.

The Civil Visualization Workflow in Detail When the need to develop a visualization of any civil engineering project arises, it should never be necessary to model or construct the project from scratch. In fact, the number one requirement for any visualization of this type is that it should more accurately reflect the current project design. When dealing with environmental impact assessments or public consultation matters, there is no room for artistic license. The workflow described in this document deals specifically with using 3D content developed using the modeling and design tools within AutoCAD Civil 3D.

By adopting a modelbased design approach in AutoCAD Civil 3D, a strong basis for the development of compelling rendered visualizations already exists. Figure 4. The redesigned Keystone Parkway in Carmel, Indiana, features the state s first teardrop roundabout interchanges. Image courtesy of American Structurepoint, Inc. The Civil View Feature Set for 3ds Max Design Civil View is designed specifically to help make the process of visualizing civil engineering projects quicker and easier.

This is achieved partly through a simplified user interface inside 3ds Max Design. Materials are assigned and managed automatically, while a style or template-driven approach enables almost complete automation of the process of populating the scene with 3D content.

This means that as projects evolve and highway alignments and other details are refined, the visualization adapts to those changes. Figure 5. The Civil 3D model data is imported from this menu and the Civil View Explorer panel is launched from this menu. The Civil View Explorer panel acts as a primary focal point for the tools that are accessible via Civil View. In the Explorer, all of the scene objects may be accessed.

The right-click menu is contextsensitive to the objects and displays the available options for the selected object type. The primary purpose of this panel is: To provide a near instant snapshot of the scene contents at particular moments To provide access to almost every Civil View command through a combination of contextsensitive rollouts and right-click menus 7.

Civil View appears as a menu item in Autodesk 3ds Max Design. Styles in Civil View Much of the normal workflow in Civil View is template or style driven, which enables repetitive tasks that would otherwise be labor intensive in 3ds Max Design to be almost entirely automated. Examples of style-driven functionality in Civil View are the generation of road markings and guardrails, or the population of models with signs, trees, streetlights, and animated vehicles.

Much of this style-driven approach is based on the concept of being able to identify imported AutoCAD Civil 3D feature lines by name, and using them to help define the paths for further 3D content in the model. The product also enables georeferenced orthographic photography to be draped over imported AutoCAD Civil 3D surfaces, and lofted structural elements: bridges, tunnels, retaining walls, and noise barriers to be swept along imported AutoCAD Civil 3D feature lines. Figure 7. Adding further 3D content to the scene using Civil View 3.

Lighting the scene in Autodesk 3ds Max Design 4. Rendering in Autodesk 3ds Max Design 5. Incorporating Civil 3D based design changes into the visualization with Civil View Now let s examine these steps in more detail.

This helps keep the geometric complexity of the 3ds Max Design scene to a minimum at all times. Duplicate points are removed from all exported surface geometry. Materials are applied by identifying known subassemblies and link codes from exported corridor geometry. If desired, textures can be automatically scaled and oriented to follow the direction of the road, and these parameters may be controlled independently for each individual subassembly and link code.

Global Import Shift Values Due to the nature of digital floating-point calculations in 3ds Max Design, distances that are extremely large or extremely small in 3ds Max Design can cause severe round-off discrepancies. Symptoms may include navigation problems zooming and panning becoming too fast or too slow , unwanted viewport clipping, and, most critically, inaccurate interpretation of large coordinate values.

These problems can be avoided by making sure that the scene is generated as closely as possible to the 3ds Max Design scene origin 0,0,0. This is because round-off discrepancies in 3ds Max Design are most noticeable at large distances from the origin.

Civil View automatically calculates, and invisibly manages, the most appropriate global shift values for imported AutoCAD Civil 3D projects, helping to make sure that such projects are always placed as close to the scene origin as possible in 3ds Max Design without the need for manual intervention. The Civil View export creates a. The panel consists of a simple 9. Figure 8. The export creates a. A resulting 3ds Max Design shape object may contain multiple splines, with each spline representing a single feature line in AutoCAD Civil 3D, and consisting of a continuous sequence of linked points.

Corridor Baselines Corridor baselines are exported to 3ds Max Design shape objects. One 3ds Max Design shape object is generated for each unique feature line name per corridor region. This consistent use of spline ordering is essential when imported feature lines are used as the basis for constructing swept objects in Civil View: bridges, tunnels, and retaining walls.

This approach means that far more information can be considered when constructing the export mesh. Station, offset, and elevation data for each mesh vertex is used to apply independent alignment-aware texture mapping to each subassembly or link when imported into Civil View.

Figure 9. Alignment-aware texture mapping applied automatically in Civil View. Enhanced Civil 3D Interoperability The Civil View feature now supports elliptical-shaped profiles for piping and tubing.

The benefit of using a standard library of subassemblies and standardized surface naming in AutoCAD Civil 3D is that it is usually possible to define a single configuration file that is suitable for use in projects.

You also have a higher degree of control over the scaling, repetition, and alignment of texture mapping to follow the corridor alignment. The Civil View import panel reproduces the original hierarchy of the civil design model and facilitates the selection of individual scene objects for editing. Model objects may be imported as entire collections or by filtered selection, such as by individual corridor feature line types.

This enables the user to selectively decide what needs to be imported into the visualization scene, making the process of visualizing complex civil engineering projects in 3ds Max Design much more efficient.

The general principle is that it is better to keep the geometry in 3ds Max Design as simple as possible to avoid unnecessary increases in rendering times later. The Civil View import panel allows for group, individual, and filtered selection of model objects from the. Civil View recognizes the World File format for image georeferencing purposes. The imported surface before and after assigning and georeferencing the draped orthographic photograph.

After checking that the correct target Material ID is selected in the Surface Parameters rollout, the Choose Bitmap button enables an image file to be selected preferably one with a supporting World File. Adding Road Markings Road Markings are a vital aspect of highway visualization, providing the scene with context and scale.

However, the creation of road markings has traditionally been a complex process. Civil View features unique parametric road marking objects that make extensive use of opacity maps see Appendix B for the 3ds Max Design Terminology Guide to represent dashed marking lines and chevrons or hatched areas.

These opacity maps help eliminate the need to build the full 3D geometry of every marking block. In Civil View, road markings are offset by a small amount vertically, above their parent feature line to avoid render-time conflicts between the road marking geometry and the underlying surface of the road. By default, road marking objects have a permanent dependence on their associated parent shapes, which in turn are generally derived from imported design feature lines.

The most efficient way to apply road markings is to use the Road Markings Style Editor, accessible from the Civil View drop-down menu, and apply marking characteristics to corridor, or other, feature lines. Imported feature line names may also be matched against the contents of the saved road marking styles to automatically determine the specific road marking type to be applied to each part of the model. A parent shape is used to help define the path of each swept object.

Swept object profiles are defined using a sequence of profile elements that may be saved to a reusable style for subsequent use on a different parent shape or even a different project.

These elements collectively describe the crosssectional shape of the desired object to be swept along the path of any nominated parent shape. The offsets for each individual profile element may be dynamically varied both laterally and longitudinally, which means that tapered profile elements can be defined. In addition, full control over the texture mapping coordinates and smoothing group of each element may be adjusted independently.

This helps provide complete control over the way that textures are applied to each part of the swept object profile. This is useful for creating swept objects that are generated at an offset from the nominated parent shape s.

A maximum of 32 elements may be defined in any swept object profile. However, this profile may optionally be assigned to both sides of the parent shape s in order to generate a symmetrical swept object with up to 32 identical elements on each side of the parent shape s.

Swept objects retain a permanent dependence on their respective parent shapes. If a parent shape is updated in any way, the geometry of any associated swept object will be updated accordingly. Figure Adding Guard Rails The process of adding railings, guard rails, and rail track geometry to a visualization is managed through the Civil View Rail Object Style Editor, accessible from the Civil View drop-down menu.

A series of parent shapes are used to help define the path of each rail object. Civil View rail objects are made up of three key components a post, a brace, and one or two rails. Control over the geometry of each of these components is provided in addition to the ability to disable one or more of these components. This enables the creation of evenly spaced posts only, or perhaps walls using only the rail component. Posts can be created in one of two cross sectional profiles: rectangular post and z post Braces can be created in one of two cross sectional profiles: I beam and rectangular beam Rails can be created in one of three cross sectional profiles: o Simple vertical section for highway guard rails Civil View rail objects both guardrail objects and railroad track objects and the Rail Objects Style Editor panel.

A scene with Civil View railroad track objects. The Object Placement Style Editor enables static items such as lamp columns, trees, and signs, as well as animated objects such as cameras and vehicles, along the path of a predefined parent shape. Optional surface tracking can be applied to easily animate the movement of a vehicle over an underlying ground surface while retaining its relationship with the nominated parent shape object.

These object libraries are stored within localized and fully customizable Country Resource Kits that contain collections representing local standards for which each kit has been developed. Several Country Resource Kits are included in Civil View, and others are available for download as they are developed. Additionally, it is easy to edit any object s criteria as defined in the kits and to add more object definitions as well.

By default, placed objects have a permanent dependence on their associated parent shape, which in turn has a permanent dependence on an imported alignment or feature line from AutoCAD Civil 3D. When a design change occurs, the locations of all associated placed objects are therefore updated automatically.

Customer stories. What is 3ds Max? Breathe life into environments and landscapes with robust modeling tools. Create finely detailed designs and props with intuitive texturing and shading tools.

Iterate and produce professional-grade renders with full artistic control. Bedroom render by Fatma Cetin video: 7 sec. Courtesy of Fatma Cetin. Courtesy of Thomas Berg. Lacuna sci-fi environment by Yinuo Chen video: min. Courtesy of Yinuo Chen.

Jewelry product visualization by Diamond Works video: 25 sec. Courtesy of Diamond Works. Why use 3ds Max? Deliver photorealistic designs. Boost productivity with automation. Use a rich and flexible toolset. Stay in the artistic flow with creative tools in an artist-friendly UI. Bring breathtaking scenes and characters to life for film, TV, and games. What you can do with 3ds Max. Create realistic 3D designs with powerful modeling tools.

See 3ds Max features. Learn more about 3D environment modeling. Produce high-quality renders. Read story. Re-creating the past using VFX. Watch video min. From concept to final render. Read the blog. Repurposing game assets. When to choose 3ds Max or Maya.


Autodesk civil view for 3ds max design 2015 free

Civil View tree objects are created using a proprietary parametric tree object plug-in. Camera Library Civil View uses only free cameras, and manages them in a. Download Autodesk 3ds Max Design – Rendering, 3D modeling, and animation tool for architects, designers, civil engineers as well as. Buy Autodesk 3ds Max Design (Download) featuring 3D Animation for Designers, Populate Crowd Generation, Exposure Lighting Simulation + Analysis.


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