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Intergraph Smart® 3D

Intergraph Smart® 3D được thiết kế đặc biệt để đáp ứng các yêu cầu quan trọng của dự án. Nó phá vỡ các rào cản do các công nghệ truyền thống áp đặt để tạo ra một môi trường thiết kế kỹ thuật sử dụng phép lặp chân thực với khả năng dự án hoặc theo khả năng hoàn thiện. Smart 3D cung cấp tất cả các khả năng cần thiết để thiết kế các cơ sở và sau đó duy trì các biểu diễn 3D “công trình như đã xây dựng” của chúng cho các mục đích sử dụng tiếp theo trong vòng đời công trình. 

 

3D là gì và nó hoạt động như thế nào?

Phần mềm CAD 3D (3D Computer-Aided Design) hỗ trợ tạo, sửa đổi, phân tích hoặc tối ưu hóa một thiết kế. Hexagon's Asset Lifecycle Intelligence Division là nhà cung cấp phần mềm CAD hàng đầu cho các công ty thiết kế, xây dựng và vận hành các cơ sở công nghiệp. Về cơ bản, 3D CAD hỗ trợ kỹ thuật chi tiết nhưng được tìm thấy trong suốt quá trình kỹ thuật từ thiết kế ý tưởng đến bảo trì và vận hành công trình. Một thành phần quan trọng của bất kỳ triển khai chuyển đổi kỹ thuật số nào là có các mô hình 3D phù hợp với cơ sở vật chất. Đây là trọng tâm của Smart 3D.
 

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Unique Sustaining Engineering Capability

When coupled with other components of the Smart Enterprise users can unlock unprecedented Project /Asbuilt capabilities that take data segregation, visibility and collaboration to a level never seen before in 3D modelling. Project managers, clients, vendors, and suppliers have an easier and better view of in-project work changes in both configuration and data. Allowing for better decision making and control of data access for downstream teams. 

Full Laser Scan Support

Smart® 3D uses CloudWorx within the same modeling environment. Users can manipulate, measure, and obscure laser scans within the same modeling interface for a seamless approach to leveraging scans. Hexagon has also focused on reducing the administrative overhead of maintaining and sizing of the raw point cloud data so that designers can focused on designing.

Enforced Design Rules Increase Data Quality and Ensure Design Integrity

Smart 3D ensures design accuracy and consistency through the enforcement of design rules. Smart 3D reduces design errors, minimizes engineering changes, and cutsdown on rework. Design rule enforcement increases project quality and reliability by enabling faster and more efficient creation, transfer, and review of design iterations. All project participants can make informed and timely decisions throughout the project. 

Smart 3D provides tools for the continuous monitoring of design rules and notification of the impacts of change throughout a project’s design phase. Downstream impacts to drawings resulting from engineering changes are also trapped and notification provided in real-time. This further ensures that packages transmitted to procurement and the field always represent the latest, most accurate information.

Design Reuse for a Competitive Edge

Capturing new and existing design knowledge so it can be saved and reused on future projects represents a key competitive edge in today’s fast-moving global economy. Smart 3D preserves the integrity of design data and enables reuse for future projects based on existing designs. This preservation of your corporate knowledge provides the ideal mix of continuity and innovation in engineering design for current as well as successive projects. This not only reduces future project costs, but it also compresses project timelines through better management of engineering data. The opportunity to “learn” from other projects and apply this knowledge in the future is a marked improvement over existing design systems.

Global, Concurrent Engineering Capability Enhances Project Execution

Smart 3D’s global engineering and data reuse capabilities substantially reduce engineering costs and shorten project schedules. Project databases may be replicated anywhere in the world to facilitate sharing of work or to transfer work to remote locations. All sites are automatically updated with the latest design changes in real-time. 
 

Smart 3D enables designers, subcontractors/suppliers, authorities, and others to easily and effectively monitor, manage, or execute projects across companies and around the world. Its global engineering and data reuse capabilities provide the widest range of users with valuable product model information that is always up-to-date to reduce project cost and schedule delays.
 

Project Transparency Maximizes Communication to Minimize Delays

With Smart 3D, in combination with SmartPlant® Foundation or HxGN SDx®, you can execute more effective design reviews using 3D technology with comments and feedback beginning at the earliest stage of a project. You can consult all involved parties from the owners during initial design. This is when you can implement changes at a lower cost and with limited schedule impact compared to traditional 2D design systems.
 

Multi-discipline Design for Better Decisions

Smart 3D provides a true multi-discipline design environment where all designs are fully visible to all parties at any point in time. You can make early and informed decisions about system design by reviewing the model with the owner and other key stakeholders at various design stages. Quickly and easily change the model and BOM based on a variety of scenarios across multiple disciplines. This ensures both the design company and the owner can make the best decisions for both businesses.
 

Better Training and Operations for Increased Safety

Having an accurate and representative 3D model early in design facilitates safety and operator training at an early stage. You can minimize change requests late in the project when costs tend to be much higher. Equally important is the ability to review constructability and modularization options in design. This helps you better plan downstream activities ranging from fabrication to transportation to constructability. Such forward visibility not only promotes better cost control and schedule adherence but also enables construction safety reviews executed well in advance of that phase of the project, ultimately resulting in a safer, more secure project site.

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Cấu hình

Smart 3D Hardware and Software Recommendations

A typical data flow between client and server computers is shown below. Before beginning an installation of Smart 3D, verify that your computers meet the hardware recommendations and software requirements.

 Multiple services can be installed on the same physical computer for small projects.

 

Smart 3D Database Server Recommendations

Before beginning an installation of Smart 3D, verify that your servers meet the following hardware recommendations and software requirements.

Applicable Hardware

  • Database server

  • File server

Hardware Recommendations

  • Intel Xeon® 5600 Series or better (64-bit instruction set, not Itanium®)

  • 32 GB to 128 GB or greater RAM depending on project size

  • For hard drive size, see Smart 3D Project Hardware Sizing Recommendations

  • Backup system for server

  • Access to DVD drive, either locally or through a network connection

  • 1 GbE or higher network interface for client connections, latency should be less than 1 ms between client and database server

Supported Operating Systems

  • Microsoft Windows Server 2012 R2 (Standard or Enterprise) running on a Windows Active Directory domain

  • Microsoft Windows Server 2016 (Standard or Enterprise) running on a Windows Active Directory domain

  • Oracle Linux 7 (Oracle database only)

Supported Database Servers

  • Microsoft SQL Server 2014 (Standard edition for stand-alone environments; Enterprise edition for Global Workshare environments; 64-bit)

  • Microsoft SQL Server 2016 (Standard edition for stand-alone environments; Enterprise edition for Global Workshare environments; 64-bit)

  • Oracle 12c R1 (12.1.0.2) Enterprise or Standard Edition 2 (64-bit)

    • If you are going to use Oracle in a Global Workshare configuration, you also need Oracle GoldenGate 12.1.2.1.8, which is separately purchased from Oracle.

    • Oracle Linux 7 does not support a Global Workshare configuration.

 There are internationalization considerations concerning the SQL Server collation settings you specify that relate to reference data, using SmartPlant Enterprise integrated systems, Global Workshare Configuration, multiple locales, backup/restore, reports, and upgrading to future releases. Please contact Customer Support for specific configuration questions.

Software Prerequisites

  • Adobe Reader (Required to view documentation PDFs. You can download Acrobat Reader from the Adobe web site.)

  • Microsoft XML Core Services (MSXML) 6.0 (Database server only)

  • Microsoft .NET 4.5.2 or later

  • For more information on hardware requirements, see Smart 3D Project Hardware Sizing Recommendations.

  • For information on disk space usage and determining RAID configuration, see Disk Usage.

  • For specifications regarding minimum hard drive disk space requirements by the product setup, see Disk Partitioning Guidelines.

  • On the server, distribute files across several disk drives with the following minimum distribution: operating system and database software on one drive, database data files on another drive, and the database log file on the third drive.

  • Ensure that your system's security certificates are updated prior to installation.

  • Beginning with Windows 10 and Oracle 12.1.0.2, Microsoft and Oracle will enforce the Internet Host Table Specification RFC 952 which mandates that component hostname labels can contain only alphanumeric characters. Host names using underscores (‘_’) are not allowed. Refer to Oracle Support Articles 1603775.1 and 1957895.1 and Microsoft KB 101785.

See Also

Smart 3D Hardware and Software Recommendations

Smart 3D Workstation Recommendations

Before beginning the installation of Smart 3D, verify that your end-user workstation computers meet the following hardware recommendations and software requirements.

Applicable Hardware

  • Administrative client

  • Modeling client

  • Interference detection computer

  • Drawings batch computer

  • Name generator computer

  • Duplication and synchronization computer

  • SmartPlant Piping Specification Remote computer

Hardware Recommendations

  • Intel Core i7, Quad Core

  • 6 GB RAM (2 GB RAM for operating system plus 4 GB RAM for single Smart 3D instance. Other concurrently running programs will require additional RAM based on the programs specific requirements.)

  • Access to a DVD drive, either locally or through a network connection

  • Monitor capable of a minimum of 1280 x 1024 resolution

  • Graphics card designed for 3D-intensive applications that meets the following requirements:

    • 32-bit main RGBA pixel buffer

    • Hardware OpenGL 2.1 support

    • Hardware Z buffer: 24 bit or higher

    • 256 MB RAM

    • 8-bit stencil buffer

    • Hardware Alpha blending support

    • Graphics acceleration set to full

    • Hardware Anti-aliasing support recommended

    • Latest available drivers should be installed

  • 1 GbE or higher network interface, latency should be less than 1 ms between client and database server

Video Cards

There have been many enhancements to the graphic engine of Smart 3D. Most issues are resolved by loading the most current display driver or rolling your current display driver back one version. If the current driver does not fix your particular card's problem, then please copy the CoreDisplaySettings.ini file from [Product Folder]/Core/Tools/Administrator/Bin to [Product Folder]/Core/Shared/bin and contact your Smart 3D support representative.

We recommend workstation class graphics cards (designed for use with CAD applications) with as much RAM as is affordable. The minimum RAM is 256MB, but more RAM is better. Because the world of graphics cards changes so quickly, we can only document the specifications required by Smart 3D.

  • All clients referencing Z+F Point Cloud data need to turn off the Smart 3D hardware with the CoreDisplaySettings.ini file.

  • When you set the Render Mode to Shaded with Hardware Enhanced Edges in the Format View dialog box, the edges might not display properly. To fix the display, edit the CoreDisplaySettings.ini file as shown:

    • Ensure that the ViewSettings block is at the top of the file.

    • Type "DisplayEdgeOnGraphics=1" in the ViewSettings block.

      This setting might adversely affect the display performance.

As a supplement to this information, a Microsoft Excel workbook is provided on Smart Support that records anecdotal evidence obtained from users. Please go to Smart Support at https://smartsupport.intergraph.com and select View Downloads > Smart 3D > Technical Notes and White papers > Display > Graphics cards used with Smart 3D. This list is not comprehensive. In some cases, the Smart 3D middle tier error log (with the error logging level set to at least "2-Detailed") will provide more information. Please see the examples of messages returned in the error log listed below:

  • The graphics card or graphics card driver does not support Textures/Shaders. An updated graphics driver could improve performance.

    This indicates that the graphics adapter, driver or display settings do not support the Shaded with Hardware Enhanced Edges render mode on the Format View dialog box. In addition, the graphics adapter, driver or display settings do not support textures.

  • The graphics card or graphics card driver does not support Shaders. An updated graphics driver could improve performance.

    This indicates that the graphics adapter, driver or display settings do not support the Shaded with Hardware Enhanced Edges render mode on the Format View dialog box. However, textures are supported.

  • The graphics card or graphics card driver does not support Textures. An updated graphics driver could improve performance.

    This indicates that the graphics adapter, driver or display settings do not support textures. However, the Shaded with Hardware Enhanced Edges render mode on the Format View dialog box is supported. Please note that the performance may be slow on an ATI card.

  • Hardware Acceleration is Turned off VBO Texture and Hardware edges will not be supported.

    This message indicates that Hardware Acceleration in Display Settings is disabled or the client is being accessed through Remote Desktop or Citrix Client. This also applies to systems that use Intel chipset graphics acceleration, where hardware acceleration is disabled due to driver stability. If Hardware Acceleration in Display Settings is disabled, it should be enabled by clicking Advanced on the Settings tab of the Display Properties dialog box. Then, the Hardware Acceleration can be modified from the Troubleshoot tab.

 Smart 3D supports the modeling of objects within a 100 km range (-50,000 meters to +50,000 meters along each axis) from the global coordinate system origin. However, due to the 32-bit precision limitations of graphic cards, objects modeled further than 10,000 meters (6.2 miles) of the global coordinate system might not display correctly when you zoom in (circular objects will appear distorted for example). If your model coordinate values are large (for example, E = 60,000, N = 55,000), to get the coordinate readout that you want, you should define a coordinate system at correspondingly large negative values (example, E = -60,000, N = -55,000). Then, use the coordinate system that you created as your active coordinate system for modeling and output. Do not bring this new coordinate system into your workspace.

Supported Operating Systems

  • Microsoft Windows 7 Service Pack 1 - Professional or Enterprise with UAC 'On' at Level 3 (Default) (64-bit) running on a Windows Active Directory domain

  • Microsoft Windows 8.1 - Professional or Enterprise with UAC 'On' at Level 3 (Default) (64-bit) running on a Windows Active Directory domain

  • Microsoft Windows 10 with UAC 'On' at Level 3 (Default) (64-bit) running on a Windows Active Directory domain

  • Microsoft Windows Server 2016 Standard or Datacenter only as a client for Citrix XENApp 7.11

     Citrix XENApp 7.11 can be installed only on the Windows Server 2016. The server acts as a client in this case. The Windows Server 2016 operating system can also be used to install an ancillary server, such as IFC, Drawings, or Batch Services. Network latency between remote computer and Citrix server should be less than 150ms on a bandwidth of 70 Kbps per user per screen.

Supported Database Clients

  • Microsoft SQL Server 2014 (Required for Project Management and Interference Checking, otherwise optional)

  • Microsoft SQL Server 2016 (Required for Project Management and Interference Checking, otherwise optional)

  • Microsoft SQL Server Native Client 2012 (Required for all client computers using Microsoft SQL Server databases and database user authentication)

  • Oracle 12c R1 (12.1.0.2); 32-bit Oracle client (Required for all client computers). 64-bit Oracle client required to use 64-bit Interference Checking and 64-bit Drawings Batch.

Software Prerequisites

  • Microsoft Edge Browser or Internet Explorer 11 (required for viewing the documentation delivered with the software)

  • Adobe Reader 11 or later (required for viewing Printable Guides. You can download Acrobat Reader from the Adobe web site.)

  • Microsoft .NET Framework 4.5.2 or later

  • Microsoft XML Core Services (MSXML) 6.0 SP1

  • Microsoft Office 2013 or 2016

  • Intergraph Batch Services SP1 (6.01.09.00) if you plan to use the computer for remote batch processing

  • Intergraph SmartPlant License Manager 2012 (12.0) or later

  • For specifications regarding minimum hard drive disk space requirements by the product setup, see Disk Partitioning Guidelines.

  • Dual screen configurations should have either a single graphics card with two VGA outputs or two identical graphics cards. The graphics cards should otherwise meet the requirements of the specified graphics card recommendations.

  • Use thread safe video drivers and CAD application certified video cards when using multiple processor systems.

  • Ensure that your system's security certificates are updated prior to installation.

  • Beginning with Windows 10 and Oracle 12.1.0.2, Microsoft and Oracle will enforce the Internet Host Table Specification RFC 952 which mandates that component hostname labels can contain only alphanumeric characters. Host names using underscores (‘_’) are not allowed. Refer to Oracle Support Articles 1603775.1 and 1957895.1 and Microsoft KB 101785.

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