/*
Navicat MySQL Data Transfer
Source Server : twoplusweb
Source Server Version : 50022
Source Host : localhost:3306
Source Database : twoplusnew_data
Target Server Type : MYSQL
Target Server Version : 50022
File Encoding : 65001
Date: 2009-12-02 20:21:14
*/
SET FOREIGN_KEY_CHECKS=0;
-- ----------------------------
-- Table structure for `tbl_about`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_about`;
CREATE TABLE `tbl_about` (
`int_id` smallint(6) NOT NULL,
`str_url_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_title` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_keyword` text character set utf8 collate utf8_unicode_ci,
`str_description` text character set utf8 collate utf8_unicode_ci,
`str_subject` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_image` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_detail` text character set utf8 collate utf8_unicode_ci,
`bit_status` tinyint(1) default NULL,
`dte_create_date` datetime default NULL,
`str_create_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`dte_update_date` datetime default NULL,
`str_update_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_about
-- ----------------------------
INSERT INTO `tbl_about` VALUES ('0', null, 'เกี่ยวกับเรา : บริษัท ทูพลัส ซอฟท์ จำกัด', 'เกี่ยวกับเรา,ทูพลัส ซอฟท์,บริษัท,จำหน่าย,ซอฟแวร์', 'เกี่ยวกับบริษัท ทูพลัส ซอฟท์ จำกัด ประวัติ ความเป็นมา', 'About Us', null, '
', '1', '1', '14', '2009-11-12 11:34:44', 'admin', '2009-11-12 11:47:48', 'admin', '7');
INSERT INTO `tbl_category` VALUES ('97', 'Autodesk 3ds Max Design', '23', 'Autodesk 3ds Max Design 2010', ' Autodesk 3ds Max, 3d max, 3d studio max, 3d max 7, โปรแกรม 3d max, ราคา 3d max,โปรแกรม autodesk 3ds max ,3ds animation, 3d max 2010, ราคา 3ds max, 3dmax, 3d rendering, rendering,สร้าง 3d, render 3ds, จำหน่าย 3d max,ตัวแทน,3ds max design,architecture, สถาปัตยกรรม', 'โปรแกรมการสร้างภาพจำลอง ระบายสีทำภาพเคลื่อนไหว และ perspective เสมือนจริง Autodesk 3ds Max Design 2010 สำหรับงานออกแบบสถาปัตยกรรม โดยเฉพาะ', 'Autodesk+3ds+Max+Design', 'Autodesk 3ds Max Design', '', '\r\n
ซึ่ง SketchUp 7 ทำให้คุณสามารถค้นหาโมเดล 3 มิติได้จากเว็บ Google 3D Warehouse ไ้ด้จาก Component browser โดยได้เครดิตจากที่คุณทำลงไป สามารถติดตามผู้ร่วมงานได้
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รุ่นโปร ให้มากกว่าในโปรแกรม SketchUp Pro
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โปรแกรม LayOut เป็นโมดูลใหม่ที่จะช่วยให้ Sketchup Pro ทำงานได้ง่ายขึ้น ที่รวมถึง vector rendering การปรับปรุง text handling และอื่นๆ SketchUp Pro ยังช่วยให้ผู้ใช้งานระดับมืออาชีพ สามารถสร้าง Dynamic Components ได้ ทำให้โมเดลที่สร้างขึ้น เคลื่อนไหวได้ มาตราส่วนได้ และมีคำสั่งที่ฉลาดๆมากๆ
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เส้นตัดสามารถสร้างเป็นจุดแก้ไขได้อัตโนมัติ When you draw a line that crosses another line on the same plane, both lines are split where they meet. Most folks think this is how SketchUp should have worked from the start. Well, now it does. Say goodbye to tracing over edges to make them split.
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\r\nมาตราส่วน โดยไม่ต้องใช้คำสั่งยืด New Dynamic Components are special: they\'re programmed to know what they are. When you use the Scale tool on a dynamic staircase, it automatically adds or removes steps as you make it bigger or smaller. No more stretching, no more distortion.
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\r\nตั้งค่าวัตถุด้วยการเลือก Component Some Dynamic Components are hooked up to the new Component Options dialog box. Instead of breaking out the modeling tools to make a change, just choose options and watch the component reconfigure automatically. It\'s modeling without the mess.
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\r\nแนะนำคำสั่งใหม่ Interact tool คลิกด้วยความสนุกสนาน ไม่ไช่ทำงานแบบน่าเบื่ออีกต่อไป – especially with the new Interact tool. Some Dynamic Components can perform animations, rotate, move, resize, change color or move to a scene in your model when you click on them with Interact.
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PRO สามารถสร้างคอมโพเน้นท์ที่รู้ตัวเองว่าเป็นอะไร Google SketchUp Pro 7, you can turn any component into a Dynamic Component. Endowing your models with behaviors like animation and smart scaling makes them easier for you and everyone else to use. If you can use a spreadsheet, you can build Dynamic Components.
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\r\nPRO ผู้ใช้งานสามารถสร้าง attributes ได้เอง Need to keep track of metadata like Part Number, Weight or Cost in your models? With SketchUp 7 Pro, you can tag your models with luscious meaning and information to make them more useful and easier to carry forward in your workflow.
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SketchUp 7: Sharing and Collaboration
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\r\nค้นหา Object ใน 3D Warehouse คุณสามารถค้นหาโมเดล 3 มิติจาก Google 3D Warehouse ได้เป็นล้านๆชิ้น แ้ล้วนำมาใช้งานใน Google SketchUp ได้เลย ทำให้คุณสามารถสร้างสรรค์งานได้่ง่ายกว่าเดิม
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ดาว์นโหลดโมเดลลงบนเครื่องคอมของท่าน คุณสามารถที่จะบันทึกสิ่งที่คุณค้าหาได้และถูกใจจาก 3D Warehouse ลงบนเครื่องคอมพิวเตอร์ของท่าน และสามารถนำมาใช้งานได้ในขณะที่ท่านทำงาน offilne
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ฯOOffilne
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สร้างเครดิต หรือ ให้เครดิต Tag your models with your nickname so that people will know who built them no matter where they end up. And since Credits automatically keeps track of the stuff you use to build your own models, it\'s easier than ever to give credit to your collaborators.
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\r\nสร้างแทมเพรทได้เอง (Custom Templates) You can include all of your organization\'s proprietary Styles, Watermarks and components in a custom Template so that every member of your team has everything they need, right from the start. In SketchUp 7, saving custom templates is a breeze.
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\r\nPRO สามารถสร้างรายงานได้ Use the metadata embedded in your components to create tabular reports. In SketchUp Pro 7, you can export detailed lists of every named entity and their corresponding attributes in either HTML or CSV format, for use in your favorite spreadsheet application.
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\r\nยังไม่หมดเพียงเท่านี้ ! We improved the inferences to make them more visible and easier to use. There\'s a new area of the Status bar that tells you more about your model. The VCB is now called Measurements, and you can change its location on your screen. You can make textures unique, and choose to edit them in the photo-editor of your choice. You can apply anti-aliasing to textures to make them look better from a distance.
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ทำงานงานใหญ่ด้วยระบายสีแบบ Vector Rendering
\r\n โมดูล LayOut 2 จะช่วยให้ทำงานได้ง่ายขึ้นและทำงานกับเปเปอร์ space ขนาดใหญ่ๆ Switch to Vector Rendering when you want clean, resolution-independent drawings. If you want to tweak the line weights a bit, you can "explode" your model to vector edges and tweak it line by line.
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\r\nวัดระยะได้ง่าย ๆ ๆ You know the little text box in the lower-right corner of the SketchUp modeling window? The one you use to enter dimensions, angles and other stuff? Now you can key in numbers in LayOut just like you do in SketchUp. Be accurate to your heart\'s content.
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\r\nเขียนโค้งได้ด้วยคำสั่งง่ายๆ Its boring name notwithstanding, LayOut 2\'s new-and-improved Line tool has superpowers. It\'s simple and intuitive, and it incorporates everything you already love about SketchUp\'s inference system. Try it and you\'ll see -- it\'s like taking off your mittens to tie your shoes.
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\r\nแก้ไขเส้นพา์ร์ทได้ Double click any shape in LayOut 2 to edit its control points. Drag any point onto an adjacent one to make the first one disappear. Hold down Ctrl (Option on a Mac) to add a point or make a smooth curve pointy. Reshape any curve fluidly by dragging its handles. Delicious, no?
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\r\nย้าย หมุน และ วัดมาตราส่วน We\'ve completely redesigned LayOut\'s geometric manipulators to be easier to use and to stay out of your way. You can move, scale and rotate anything on your page without changing tools, and the new "heads-up" display helps with accuracy as you work.
\r\nแก้ไขกลุ่มตัวหนังสือ In-place Group edit Use the Select tool to double click a group to edit its contents. You can move, scale, rotate and copy/paste inside the group, then click outside to go back to the rest of your file. No more ungrouping and regrouping just to make a change.
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\r\nปรับปรุงตัวหนังสือ Improved Text For LayOut 2, we\'ve fixed problems and added some new functionality for text. You can now create both bounded (confined to a box) and unbounded text, depending on your need. Text can be aligned to top, bottom, left, right or center within its bounding box, both vertically and horizontally.
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\r\nค้นหา Right-click on any placed SketchUp model and choose Explode. Depending on how it was rendered, you\'ll get vector lines, raster images, or a combination of both. It\'s the easiest way to get vector geometry to edit directly, hands-down.
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\r\nและแน่นอน ยังไม่หมด ! We made improvements to almost every corner of LayOut in its first non-Beta release: rectangle pick targets, styles handling, text editing, layer visibility, toolbars, presentation mode, overall stability, view performance, memory management -- you name it, we made it better. \r\n
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PRO Style Builder: Make your own sketchy-edge Styles for SketchUp
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\r\nเปลี่ยนโมเดลสามมิติเป็นภาพสเก็ตส์มือ Showing a hand-drawn sketch does two things: It abstracts detail so you and your client can talk about what\'s important, and it communicates that your concept is open for discussion. With Style Builder, you can create personalized sketchy Styles that tell the story of your design.
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\r\nตั้งชื่อโมเดลของคุณเอง Brand your models The Styles you create with Style Builder are completely unique. When you apply them to your models, you\'ll have computer models that look like you made them. After thirty years of CAD, isn\'t it about time everybody\'s drawings stopped looking the same?
', '1', '1', '12', '2009-11-12 18:21:08', 'admin', '2009-11-17 17:14:15', 'admin', '5');
INSERT INTO `tbl_category` VALUES ('101', 'Autodesk 3ds Max', '23', 'Autodesk 3ds Max 2010', 'Max 3d max, 3d studio max, 3d max 7, โปรแกรม 3d max, ราคา 3d max,โปรแกรม autodesk 3ds max ,3ds animation, 3d max 2010, ราคา 3ds max, 3dmax, 3d rendering, rendering,สร้าง 3d, render 3ds, จำหน่าย 3d max,ตัวแทน,', 'โปรแกรมการสร้างโมเดล 3 มิติและระบายสีภาพให้เสมือนจริง พร้อมสร้างภาพเคลื่อนไหว Autodesk 3ds Max 2010', 'Autodesk+3ds+Max', 'Autodesk 3ds Max', '', '\r\n
ใช้โปรแกรมได้อย่างรวดเร็ว เพราะลูกค้า Subscription สามารถที่จะเรียนคำสั่งการใช้โปรแกรมรุ่นใหม่ล่าสุดและรุ่นก่อนหน้าได้ผ่าน อินเตอร์เน็ตได้อย่างสะดวกและรวดเร็ว โดยสามารถเข้าใช้งานได้ทางเว็ปไซต์ หรือการคลิกจากโปรแกรมที่ใช้อยู่ได้โดยตรง Web Support ง่ายและตรงๆ
\r\n คุณสามารถติดต่อกับฝ่ายเทคนิคของ Autodesk ได้โดยตรง ผ่าน Web Support เพื่อสอบถามปํญหาการติดตั้ง การเซ็ตค่า การตอบปัญหาการใช้งานต่างๆ ผ่านทางเว็ปและอีเมล์ได้โดยตรงจากคอมพิวเตอร์ของท่าน\r\n
The FRAMECAD F300i and F315i systems are designed for manufacturers of framing and trusses across many applications, typically producing 89mm or 150mm C profiles. With a gauge range of between .55mm and 1.2mm, the new F300i and F315i machines offer flexibility as stand alone plants or in multiple machine configurations for a broader range of manufacturing options (profile and gauge ranges are model dependent).
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FRAMECAD now offers a better option for reliable, fast and flexible end-to-end steel frame design and build solutions across a wide range of construction applications:
Typical Production Output *(model & design dependent)
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400 - 750m/hr (1300 – 2,460ft/hr)
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Max Line Speed Plain C or U Section
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Up to 1,750m/hr (5,500ft/hr)
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Main Drive Power
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5.5KW (7.5HP)
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Hydraulic Power
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3.0KW (4.0HP)
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Hydraulic Reservoir
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60L (16 gal)
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Hydraulic Accumulator
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Yes
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Width
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0.75m (2.5ft)
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Length
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3.35m (11ft)
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Height
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1.2m (4.0ft) to top of covers
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Approx weight
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1,500kg (3,300lb)
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Voltage & Current
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380 – 480V 32A
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Printer
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2 x 16 Point Print Heads
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Controller
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1 x Touch Screen Networkable Linux
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Decoiler Capacity (Powered)
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3,000kg (6,600lb) 1,500mm (60”) diameter
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Estimated output depends on design complexity, component sizes and punching function. Due to ongoing development specifications are subject to reconfirmation at time of ordering.
As an integral part of interoperability and Building Information Modeling (BIM), Trelligence Affinity™ connects the requirements of a building program with the elements of the spatial design, giving you the ability to identify which constraints are being met and which ones are not. In a BIM Update published by the AIA, Diane Davis explains that BIM is about information use, reuse and exchange, a process that by definition should start when the concepts of a project are being defined. For architectural projects, this starts in the programming phase when the building is planned, exactly where Affinity comes into play.
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Downstream in the process, after the program is defined and early designs are created, Affinity again plays an important role in integrating critical information. Most programmers and estimators spend numerous hours physically measuring designs and calculating requirements, all functions Affinity does automatically as you change the plan seeking the most effective solutions. Affinity enhances the design process, automating the tedious work so the design team can focus on their design knowledge and creativity.
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Program
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Affinity software starts with tools for architectural programming. You can collect program information in a central place and share it with your project constituents. Instead of managing forms or keeping track of lists, use Affinity project programming as the consistent source to integrate all the information you need to track about your building projects.
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Visualize
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Affinity’s schematic design tools help you visualize your space program and share ideas with your clients. Visualize the site plan and each story of your building, and lay out the spaces and rooms with Affinity’s easy-to-use graphical tools for space planning. Conduct multiple what-if scenarios together with the owner and design team. Affinity also allows you visualize the building in 3D block diagrams.
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Analyze
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Affinity software automatically analyzes the schematic design as it relates to the program requirements so you can easily identify violations and try various design options. Affinity tracks the history of requirement changes and reports on the program and project plan as it changes during collaboration.
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Integrate
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The work you do in Affinity architectural software is never wasted. Import the Affinity program and schematic design into your CAD software, estimation tools or other architectural software. If you use BIM tools such as ArchiCAD from Graphisoft or Revit from Autodesk you can open Affinity files in the BIM environment, continue to design the project and Affinity features are still available to analyze the changing design against your program requirements.
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Customize
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Affinity is built to model your architectural processes. Overlaying each project in Affinity is a highly customizable template that allows you to map your specific process as well as the building type on which you are working. You can customize the project programming questionnaires and forms so the information you track is specific to your type of projects. Whether you build hospitals or factories, Affinity can track the details of your program and doesn’t require you to sift through information you don’t need. In the schematic design tools, you can organize the spaces, name them and change them to meet your design needs. Affinity is flexible software that makes your work relevant and accurate.
Affinity supports four key phases in the early design process: the capture of project program data, 2d/3d visualization in schematic design, bi-directional integration with Revit , and analysis of the design as it moves through the detailed design phase.
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Intelligent Integration of Programming and Design
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Once the project program is captured, Affinity allows you to try out any number of building layout scenarios using intelligent, 3D building blocks such as spaces and openings. As you create conceptual floor plans and stacking diagrams, Affinity analyzes each element and tracks whether the initial design is in compliance with the requirements in the program.
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Once the team selects a plan, you can bring the schematic into your favorite CAD or BIM tools to develop the detailed designs and construction documents.
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The bi-directional Affinity for Revit plug-ins allow you to continue to track the detailed design against the initial requirements. You can even update the requirements in Revit using the features of Affinity.
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Affinity gives your building project team an intelligent and easy tool to help define the program, create initial design concepts plus analyze and document the relationship between the two.
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Software to Expedite the Charrette Process
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Architects and urban planners know the French term "charrette" originating from the Ecole des Beaux Arts in the 19th century when project deadlines were met while traveling in a cart to class or to a client meeting. Trelligence Affinity delivers a 21st century platform for capturing, evaluating and communicating the work effort of a charrette or intense design work session, with or without a cart. Affinity helps you capture the vision and plan for your building and reduces the stress of last minute planning.
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โปรแกรม Affinity for Revit เป็นโปรแกรมที่สถาปานิกมืออาชีพควรใช้งานคู่กาย และ ราคาประหยัด
FRAMECAD heavy-duty manufacturing equipment automatically produces trusses and panels for roofs and floors, as well as wall framing for a wide range of building designs, all from cold formed steel.
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The Truss and Frame (TF) is optimised to produce roof and floor trusses using a powerful combination of FRAMECAD Detailer and FRAMECAD ProDesign Engineering software.
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Every output is accurately formed, cut, punched, dimpled and individually labelled, ready for assembly.
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FrameMaster equipment is engineered from leading components and supported by an expert team of technicians.
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Integration for perfect automation
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By integrating FRAMECAD Factory machine control systems on the FRAMECAD manufacturing equipment with advanced FRAMECAD design software, we have achieved a building system that is automated in the most intelligent way.
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This combination of FRAMECAD software for design, detailing and factory management and the FrameMaster’s speed, efficiency and reliability offers new levels of productivity and profitability.
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The result is the ultimate union of design, materials, machinery and manufacturing process.
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output feature
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benefits
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High output (depends on design)
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330 - 850m/hr (1,100 – 2,800ft/hr) providing output for high volume operations.
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Special Truss Tooling
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Allows production of stronger roof and floor trusses. Also speeds up assembly time, and reduces material usage.
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Component length and Punching accuracy (±0.5mm or ¹/³²”)
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Accuracy in assembly of panels and trusses and onsite construction while minimising waste.
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Fastening holes pre-punched
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Quick, easy and accurate assembly, minimising labour costs.
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Fastening holes dimpled
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Screws lie flush with stud surface and dimples assist in eliminating the need for jig assembly tables.
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Swaged ends
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Studs sit precisely in the track, achieving full load transfer for multi-level buildings and modular structures providing strength and reliability.
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Notched lips
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Easy to fit studs within track.
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Punched web holes
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Studs pass through horizontal blocking.
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Service holes punched
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Ready for electrical and plumbing installation.
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Bolt holes punched
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Ready for hold down bolts.
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Individually labelled
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Clear and concise assembly, no guess work.
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OPTIONAL feature
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benefits
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Slitter station*
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Produces L shaped profiles for accessories such as headers, fascia trim, eave trim and cyclone brackets.
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Thermal stud station*
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Greater resistance to thermal transfer for colder climates.
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Tooling and software for extra punches
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Standard range of punch functions can be extended.
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Extra Heavy Gauge (TF550H only)
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Able to produce 2mm (14 gauge) profiles for multi level buildings.
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* Only one additional station option can be added
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profiles
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Produce standard or boxable C profile
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Plus a U profile
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If the slitter option is purchased an L profile is possible
FRAMECAD heavy-duty manufacturing equipment automatically produces trusses and panels for roofs and floors, as well as wall framing for a wide range of building designs, all from cold formed steel.
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The Twin Track (TT) 850 has been designed specifically for high volume cold formed steel manufacturing operations where speed, reliability and flexibility are critical in delivering plant uptime and high production.
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Every output is accurately formed, cut, punched, dimpled and individually labelled, ready for screw-together assembly.
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FrameMaster equipment is engineered from high quality components, for high volume production and is supported by an expert team of technicians.
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Integration for perfect automation
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By integrating FRAMECAD Factory control systems on the FRAMECAD manufacturing equipment with advanced FRAMECAD design, detailing and engineering software, we have achieved a building system that is automated in the most intelligent way.
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This combination of FRAMECAD software for design, detailing and factory management and the FrameMaster TT850’s versatility, efficiency and reliability offers new levels of productivity and profitability.
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The result is the ultimate union of design, materials, machinery and manufacturing process.
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FRAMECAD TT850, ideal for high-volume manufacturing
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Using FRAMECAD software and the versatile manufacturing capabilities of the TT850, construction companies, developers and manufacturers can design and build a broad range of steel building solutions.
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Applications include:
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Trusses and panels for roofs and floors.
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Framing for residential, commercial and industrial buildings.
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Modular and high-rise buildings up to eight levels high.
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Transportable and pre-engineered buildings.
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Standard stud and track profiles.
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The TT850 features a twin track system that can simultaneously produce a range of C and U shaped stud and track profiles from cold formed steel of 0.75mm to 1.6mm thickness (22 gauge to 16 gauge). Producing the same variety of profiles would usually require up to ten different machines.
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All outputs are completely finished, labelled and ready for assembly.
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The TT850 system includes two powered 3,000kg (6,000lb) capacity decoilers and a mounted, industrial grade, touch-screen CADCAM controller.
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output feature
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benefits
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Wide Variety of Profiles
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Able to produce trusses, framing and panels for structures from one level to eight levels.
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High output (depends on design)
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400 - 900m/hr (1300 - 2,950ft/hr) providing output for high volume operations.
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Twin Tracks
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Multi profile offering versatility and high plant utilisation.
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Truss Tooling
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Allows production of stronger roof and floor trusses. Also speeds up assembly time, and reduces material usage.
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Component length and Punching accuracy (±0.5mm or ¹/³²”)
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Accuracy in assembly of panels and trusses and onsite construction while minimising waste.
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Fastening holes pre-punched
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Quick, easy and accurate assembly, minimising labour costs.
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Fastening holes dimpled
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Screws lie flush with stud surface and dimples assist in eliminating the need for jig assembly tables.
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Swaged ends
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Studs sit precisely in the track, achieving full load transfer for multi-level buildings and modular structures providing strength and reliability.
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Notched lips
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Easy to fit studs within track.
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Punched web holes
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Studs easily pass through horizontal blocking.
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Service holes punched
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Ready for electrical and plumbing installation.
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Bolt holes punched
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Ready for hold down bolts.
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Individually labelled
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Clear and concise assembly, no guess work.
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Powered infeed
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Speeds up coil and profile change over.
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Infeed shear
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Minimises coil wastage.
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Extra large access holes
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Extra large access hole cut out for 75mm (3”) plumbing or air conditioning access through track.
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OPTIONAL feature
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benefits
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Slitter station
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Produces L shaped profiles for accessories such as headers, fascia trim, eave trim and cyclone brackets.
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Tooling and software for extra profiles
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Standard range of C and U profiles can be extended.
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Increase thickness or gauge capacity to 2mm
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Able to produce 2mm (14 gauge) floor panel systems and studs for high rise construction.
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Tooling and software for extra punches
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Standard range of punch functions can be extended.
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Multiple profiles from one machine
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The standard Twin Track TT850 can produce a combination of five different C profiles plus five different U profiles. The following combination of standard profiles provides an example of the TT850’s versatility.
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The TT850’s complete range of profile options satisfies worldwide requirements and enables the construction of a wide variety of structures up to eight levels high. Also ideal for the production of pre-engineered buildings.
Since 1981, the Industry\'s standard and choice of consulting engineers worldwide for an easy-to-use, efficient, and reliable production tool. This software is based on the proven Equivalent Frame Technology and features the following modeling, analysis and design capabilities:
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Modeling Capabilities
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Project parameters entered using easy to learn and use design wizard
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Bonded (grouted) and unbonded post-tensioning
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One-way and two-way floor systems and beam frames
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Multiple beam cross-sections: rectangular, T, L and I
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Drop caps, drop panels, steps above and below the slab
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3D solid model viewer for visual verification of input geometry
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Imports input data for design strip from ADAPT-Builder suite of programs
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Equivalent frame or simple frame method of analysis
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Allowance for cracking in deflection calculation of beams and one-way slab systems
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Calculation of long-term losses due to creep, shrinkage, and relaxation in prestressing
Interactive design summary page (Recycle Window) gives overview of analysis results and allows for rapid optimization
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Graphical display of tendon profile eliminates errors while editing post-tensioning
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Graphical display of stress levels against user specified stress limits while editing post-tensioning allows the user to immediately see the effects of the changes on the design!
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Beam shear and punching shear checks
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Reinforcement check for strength and minimum requirements of the code
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Design of reinforcement for lateral load cases
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\r\n Output and Reports
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A graphical display of the structural model and tendon profile
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Graphical and tabular display of location, length and amount of required reinforcement
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\r\n Licensing Options
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Multi-license network or stand-alone versions
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The program comes supports the following design codes: \r\n
Based on "Component Technology," the user generates the structural model, using structural components such as beams, slabs, columns, and drop caps. Neither nodes, nor elements are used to generate and verify the structural model. Loads can be applied at any location and in any configuration with a click of the mouse. The comprehensive results include deflection of the slab, moments and shears, prestressing and hyperstatic moments due to prestressing. Moments and shears can be summed up over the tributaries, or at user-defined sections for design purposes.
Once the model is generated and viewed in a three dimensional solid for verification, using an adaptive automatic meshing technique, the program discretizes the structure into an appropriate number of finite elements. The program then analyzes the structure. No manual meshing is needed. However, if so desired, the user can view and edit the automatically generated mesh.
ADAPT-Floor Pro is upgradeable to the integrated ADAPT-Builder suite of programs.
ADAPT-Builder/Floor has all the capabilities of ADAPT-Modeler. Like ADAPT-Modeler, the data can be imported from a dwg or dxf file, or drafted using the drawing capabilities of the program. The software is particularly suited for irregular floor systems, where a closer approximation to the distribution of deflection, moments and shears are sought.
Mounted on ADAPT-Builder, the new ADAPT-Floor Pro is now featuring capabilities far beyond its predecessors. The following is a sample of some of its new features.
MODELING
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Uses DWG or DXF of an existing architectural drawing and ADAPT\'s smart tools to automatically convert the drawing entities into structural components, such as columns, beams and slab. Tracing is minimized.
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If there is no DWG or DXF, you can use the extensive drafting capabilities of ADAPT to draw the structure with speed and ease. Special snapping tools and model generation features provided with the program were developed with building structures in mind.
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Re-written in a true 3D environment; it can now model elements which are not necessarily cylindrical or prismatic in the vertical direction. This opens the way to model ramps in parking structures.
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Using expert systems, the software has moved beyond the traditional finite element technology. It is now based on Component Technology, where a structure is defined in terms of columns, beams, slabs, drop caps, tendons, as opposed to finite elements, mesh nodes. It is no longer necessary for the user to mesh a drop cap, or a beam, or a slab region into finite elements.
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Addition of beams and girders along with other structural components, not formerly available in earlier versions of Floor, makes new release ideal for one-way slab and beam construction of parking structures.
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A smart data validation routine checks the designer\'s input data and the structural model generated for possible errors, and suggests corrections where necessary.
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Meshing for the analysis, where needed, is generated automatically in the background. This is a dramatic departure for the former versions, where as an example finite elements were used to define a slab region.
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Artificial intelligence built into the program automatically determines where reinforcement is needed, and reports the reinforcement in number of bars, length and location. This eliminates the likelihood of error in a designer\'s work in missing a critical area or necessity of reinforcement in a floor system. \r\n
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Support lines can be generated automatically using the support line wizard.
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Design sections are created automatically for the entire structure.
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Design checks are performed automatically for the entire floor system.
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Reinforcement is shown in elevation at the location it occurs.
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The new smart viewer displays actions, such as distribution of moments, shears and axial loading along a member, such as a beam as well as across it. This brings the display within the realm of what most concrete designers wanted to see, but was not available before in slab/beam software.
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\r\n PRESTRESSING
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Uses integrated tendon modeling as opposed to "balanced loading". This overcomes many of the approximations and shortcomings inherent in the conventional modeling of post-tensioning, " Ask ADAPT to fax you the background to the integrated technology [Aalami, Bijan, O Structural Modeling of Post-Tensioned Members." American Society of Civil Engineers, Structural Journal, February 2000, pp. 157-162].
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An expert system implemented generates the tendon layout for the entire floor system based on ADAPT\'s pre-defined, but user modifiable, layout criteria.
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Using tendon diameter and the layout, the software checks for possible interference of tendons where they may intersect in the three dimensional space. This is of particular importance for grouted tendons, where the tendon diameter is large relative to member dimensions.
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It allows for gradual changes in prestressing force along each tendon due to friction and seating loss, while retaining the option of "effective force" design.
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You can select each tendon and view it in elevation within the concrete outline. On the same outline, you can see the tendons crossing in the opposite direction. This is a leap forward toward generation of shop drawings as well as elimination of errors in tendon layout.
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\r\n MAT FOUNDATION
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Fully or partially soil supported foundation mats can be modeled and fully designed as either a RC or PT mat. All the modeling and intelligence features built in for the elevated structure are available for the design of the mat.
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\r\n GROUND SUPPORTED SLAB (SOG) ON EXPANSIVE SOIL
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ADAPT-Builder offers for the first time the design capability of a three-dimensional foundation slab based on PTI\'s principles for the design of ground supported slabs on expansive soils. In this case, the structural model of the full foundation slab is subjected to the applied ym displacements.
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\r\n LINK WITH ADAPT-PT AND ADAPT-RC \r\n
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The structural model generated can be used with no modification to run either on ADAPT-PT, or ADAPT-RC, both of which are based on Equivalent Frame Method. Conversely, the User can first design the floor system using ADAPT-PT, determine the optimum force, profile and location of the post-tensioning. and then within the same model run the ADAPT-Builder-Floor Finite Element Analysis. The procedure is detailed in a PTI publication [Aalami, Kelly, "Design of Concrete Floors with Particular Reference to Post-Tensioning, PTI, Technical Note 11, issue 2001, pp.16].
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โปรแกรม ADAPT Floor Pro เป็นที่มีผู้นิยมใช้งานทั่วโลกเป็นอันดับหนึ่ง และในประเทศไทย
ABI can investigate the effect of newly placed concrete, creep, shrinkage, and relaxation in prestressing over time, aging of concrete, and variation in temperature. Its excellent graphical interface can display moments, shears, stresses, and deformations for various stages of construction. The software can handle nonprestressed concrete, precast, cast-in-place, pre-tensioned or post-tensioned frames. The software is intended for incrementally constructed bridges and frames; retrofit of concrete frames where new concrete is added, new members are added or existing members are modified; and demolition (reverse construction) of frames. Other applications include composite construction and cable-stay structures. The basic module of the software (ADAPT-ABI Basic) is self-contained and complete. Other modules enhance the capabilities of the basic program.
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These are:
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ADAPT-Moving Load Module
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The moving load module is developed primarily for bridge construction. Using the software\'s library of the most common truck or train loads, or a user-defined library, the program automatically moves the loading along a user-defined path and generates an envelope of sectional actions for combination with other loading. The moving load module of ABI is general and comprehensive. It is designed to cover all foreseeable conditions in bridge design.
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Versatile Moving Load Generator
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Virtually any arrangement of moving loads
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Multiple travel paths, continuous or interrupted
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Multiple lanes
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Pre-defined moving load libraries
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AASHTO library
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BS 5400
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European code and other libraries
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Locomotives
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Trains
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Exceptional wagons
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Permit loads
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User defined load library
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Each load can have its own distribution and impact factor
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Ability to disregard unfavorable contribution of wheel loads
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Envelope of maximum moment with associated shear
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Combination of moving load with self-weight, superimposed dead load and other load
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Influence lines for deflection, moment, shear and axial loading
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Comprehensive and clear manual
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ADAPT- Elongation Module (includes friction and stress loss)
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At the completion of an ADAPT-ABI computer run, and without any additional input data, this module calculates the elongation of each of the tendons at stressing and the associated stress losses. The stress losses include the effects of friction and the time-dependent parameters of creep, shrinkage, and relaxation in prestressing.
PLAXIS 2D V9 is a finite element package intended for the two dimensional analysis of deformation and stability in geotechnical engineering.
Geotechnical applications require advanced constitutive models for the simulation of the non linear, time dependent and anisotropic behaviour of soils and/or rock. In addition, since soil is a multi phase material, special procedures are required to deal with hydrostatic and non hydrostatic pore pressures in the soil.
Although the modelling of the soil itself is an important issue, many projects involve the modelling of structures and the interaction between the structures and the soil.
Plaxis is equipped with features to deal with various aspects of complex geotechnical structures. A brief summary of important features of the program can be found on the Features page.
PLAXIS 2D Version 8 and Vista
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From the day Windows Vista was released Plaxis announced that Plaxis V8 is not compatible with Windows Vista. Practice showed that in a certain number of cases the combination of the two does work when using a special driver. Unfortunately the compatibility depends on a specific combination of hardware, software and settings which can not be generalised. Therefore Plaxis has to reinforce our earlier statement that Plaxis V8 and Windows Vista are not generally compatible. And we advice to run Plaxis V8 on Windows XP. Starting with Plaxis 2D Version 9, that is available now, compatibility with Windows Vista is taken care of.
', '1', '1', '49', '2009-11-12 14:05:00', 'admin', '2009-11-12 14:05:00', 'admin', '4');
INSERT INTO `tbl_category` VALUES ('127', 'DYMAMICS', '34', 'Plaxis DYMAMICS โปรแกรมเสริมสำหรับ Plaxis 2D สำหรับการวิเคราะห์แบบ Dynamic', 'DYMAMICS,earth queak,seimic', 'โปรแกรมเสริม DYMAMICS เพื่อให้โปรแกรม Plaxis วิเคราะห์แรงแบบ Dynamics ได้', 'DYMAMICS', 'DYMAMICS', '', 'The Dynamics module is an add- on for PLAXIS 2D V9 Soil and structures are often subjected not only to static loads due to constructions in and on the ground surface but also to dynamic loads. If the loads are powerful, as in earthqueakes, they may cause severe damages.
Dynamics analyses module you can analyse the effects of vibrations in the soil. Even though vibrations often have 3D-characteristics, in PLAXIS 2D V9, the dynamic model is limited to plain strain and axisymmetric conditions.
Dynamics is equipped with features to deal with aspects of dynamics loads.', '1', '1', '50', '2009-11-12 14:06:30', 'admin', '2009-11-12 14:06:30', 'admin', '5');
INSERT INTO `tbl_category` VALUES ('128', 'PLAXFLOW', '34', 'PLAXIS PLAXFLOW', 'PLAXFLOW,plaxis,2d,geo technical engineering, วิศวกรรมธรณีเทคนิค', 'โปรแกรม Plaxis PLAXFLOW สำหรับการวิเคราะห์ 2d steady state and transient analyses of saturated and unsaturated groundwater', 'PLAXFLOW', 'PLAXFLOW', '', 'PlaxFlow is a finite element package intended for 2-dimensional steady-state and transient analyses of saturated and unsaturated groundwater flow problems in geotechnical engineering and hydrology.
Groundwater flow applications require advanced models for the simulation of the unsaturated, time-dependent and anisotropic behaviour of soils.
PlaxFlow is equipped with features to deal with various aspects of complex geotechnical flow problems.', '1', '1', '51', '2009-11-12 14:08:17', 'admin', '2009-11-12 14:08:17', 'admin', '1');
INSERT INTO `tbl_category` VALUES ('129', 'PLAXIS 3D TUNNEL', '34', 'PLAXIS 3D TUNNEL', 'PLAXIS 3D TUNNEL,3d,geotechnical,software, tunnel analysis,engineering,finite element,plaxis', 'PLAXIS 3D TUNNELโปรแกรมการวิเคราะห์งานดิน 3 มิติ ด้วย Finite Element Method', 'PLAXIS+3D+TUNNEL', 'PLAXIS 3D TUNNEL', '', '
PLAXIS 3D Tunnel is a geotechnical finite element package which is specifically intended for the three-dimensional analysis of deformation and stability in tunnel projects.
Geotechnical applications require advanced constitutive models for the simulation of the non-linear, time-dependent and anisotropic behaviour of soils and rock. In addition, since soil is a multi-phase material, special procedures are required to deal with hydrostatic and non-hydrostatic pore pressures in the soil. Although the modelling of the soil itself is an important issue, many tunnel projects involve the modelling of structures and the interaction between the structures and the soil.
\r\n
\r\n3DTunnel is equipped with special features to deal with the numerous aspects of complex geotechnical ', '1', '1', '52', '2009-11-12 14:09:28', 'admin', '2009-11-12 14:09:28', 'admin', '1');
INSERT INTO `tbl_category` VALUES ('130', 'PLAXIS 3D FOUNDATION', '34', 'PLAXIS 3D FOUNDATION', 'PLAXIS 3D FOUNDATION', 'โปรแกรมการวิเคราะห์งานฐานรากขนาดใหญ่ และเสาเข็ม PLAXIS 3D FOUNDATION เป็นแบบ 3 มิติด้วย Finite Element Method', 'PLAXIS+3D+FOUNDATION', 'PLAXIS 3D FOUNDATION', '', '
PLAXIS 3DFoundation is a finite element package intended for the three-dimensional deformation analysis of foundation structures.
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\r\n
Foundations form the interaction between an upper structure and the soil. Settlements depend on local soil conditions and on the construction method. Especially for pile-raft foundations there is an important interplay between the pile, the raft and the soil to support the forces from the upper structure. In this interplay deformations are a key factor. Such a situation can only be analysed effectively by means of three-dimensional finite element calculations in which proper models are incorporated to simulate soil behaviour and soil-structure interaction.
Oracle\'s Primavera P6 Professional Project Management gives today\'s project managers and schedulers the one thing they value most: control. Primavera P6 Professional Project Management, the recognized standard for high-performance project management software, is designed to handle large-scale, highly sophisticated and multifaceted projects. It can be used to organize projects up to 100,000 activities, and it provides unlimited resources and an unlimited number of target plans. Massive data requires sophisticated, yet highly flexible organization tools to provide you a multitude of ways to organize, filter and sort activities, projects, and resources.
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Benefits :
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Balance resource capacity
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Plan, schedule, and control complex projects
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Allocate best resources and track progress
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Monitor and visualize project performance versus. plan
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Conduct what-if analysis and analyze alternative project plans
Oracle\'s Primavera Portfolio Management is the leading portfolio management software solution, providing unmatched flexibility and infrastructure for enterprise portfolio management. With its unique functionality, real-world enterprise scalability, and unlimited configurability, Primavera Portfolio Management is ideal for managing just about any type of portfolio from ideation through execution. Powerful security features and a clean user interface make it the perfect solution for collaboration among all stakeholders in the organization.
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Benefits :
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Select, prioritize, and align initiatives to achieve objectives
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Understand the impact of changing or adding initiatives to portfolios
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Enable better OMB 300 + 53 submissions
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\r\n ', '1', '1', '60', '2009-11-12 14:23:40', 'admin', '2009-11-12 14:23:40', 'admin', '1');
INSERT INTO `tbl_category` VALUES ('134', 'Oracle Primavera Risk Analysis', '37', 'Oracle Primavera Risk Analysis', 'Oracle Primavera Risk Analysis,project risk,risk analysis,oracle primavera,it,บริหารโครงการ,บริหารความเสี่ยงโครงการ, ', 'โปรแกรมบริหารความเสี่ยงโครงการ Oracle Primavera Risk Analysis ที่จะช่วยให้ท่านบริหารโครงการขนาดใหญ่ได้ดีขึ้น แม่นยำขึ้น', 'Primavera+Risk+Analysis', 'Primavera Risk', '', 'Oracle\'s Primavera Risk Analysis is a full lifecycle risk analytics solution integrating cost and schedule risk management. Primavera Risk Analysis provides a comprehensive means of determining confidence levels for project success together with quick and easy techniques for determining contingency and risk response plans. You\'ll have an objective view of required contingency to account for cost and schedule uncertainty as well as analyzing the cost effectiveness of risk response plans. Combined, these form the basis of a "risk adjusted schedule," which today is becoming the norm within the planning and scheduling process.
Benefits:
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Identify common scheduling pitfalls that may result in misleading schedule or risk analysis results
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Integrate predeveloped risk registers and define new risk registers
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Address full lifecycle risk management through advanced Monte Carlo-based cost and schedule analytics
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Report confidence levels with regards to finish dates, costs, float, internal rate of return and net present value
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\r\n', '1', '1', '61', '2009-11-12 14:24:41', 'admin', '2009-11-12 14:24:41', 'admin', '0');
INSERT INTO `tbl_category` VALUES ('135', 'Primavera Primavera Earned Value Management', '37', 'Oracle Primavera Earned Value Management', 'Primavera Earned Value Management,oracle primavera,primavera, oracle,,earn vaule,มูลค่างานที่ได้รับ,analysis', 'โปรแกรมบริหารมูลค่างานที่ได้รับ (Earn Value) Oracle Primavera Earned Value Management ที่ช่วยให้คุณสามารถมองเห็นมูลค่าที่ได้รับทั้งโครงการและรายละเอียดในแต่ละหัวข้อที่ต้องการดู', 'Oracle+Primavera+Earned+Value+Management', 'Primavera Prosight', '', '
It can be nearly impossible to build annual budgets that consider forecasted project and program work plans along with detailed cost data. Even more challenging is attempting to reconcile actual program costs with actual schedule performance. Oracle\'s Primavera Earned Value Management is a comprehensive solution that integrates detailed cost information with the program schedule by aligning and combining project performance data from cost systems, adding complex burdening rates, and tracking committed costs.
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ฺำืำ
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Benefits:
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Calculate project costs using the direct and indirect costs per resource
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Determine if a project is ahead of schedule, behind schedule, over budget, or under budget by analyzing the earned value KPIs.
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Track the variances between what was budgeted and how the project is being executed
Oracle\'s Primavera Contractor is an affordable solution specifically built for contractors that makes scheduling, reporting, and progress planning simple. As a contractor, the ability to build an effective schedule that everyone on your project can understand and use is crucial. Primavera Contractor allows you to continually communicate and provide accurate and up-to-date reports to the project manager as necessary throughout the project to ensure you get paid on time.
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ฺำBenifits:
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Plan and schedule projects quickly and easily
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Identify driving relationships using activity network diagrams with trace logic
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Easily create attractive and fully customizable graphics including Gantt charts, activity network diagrams, time scale logic diagrams and histograms
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Control budgets, changes, and estimates at completion to ensure a successful project delivery
Autodesk® Ecotect® Analysis green building software is a comprehensive sustainable analysis tool that delivers a wide range of simulation and analysis functionality through desktop and web-service* platforms. Powerful web-based whole-building energy, water, and carbon analysis capabilities converge with desktop tools to conduct detailed environmental simulations and visualize results.
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Comprehensive analysis capabilities can help architects and designers evaluate multiple design alternatives earlier in the process. This functionality enables delivery of more energy efficient buildings and sustainable architecture.
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Autodesk® Ecotect® Analysis environmental building technology is a comprehensive concept-to-detail sustainable analysis tool. This software program delivers a wide range of simulation and analysis functions. Desktop tools, enabling designers to conduct detailed environmental simulations and visualize results, and access* to the web-based whole-building energy, water, and carbon analysis capabilities support more sustainable designs. Core features of Ecotect Analysis include:
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Interactive 3D displays simulate building performance in response to environmental factors
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Solar radiation, shadows and reflections, shading design, and visual impact studies
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Detailed weather, energy, water, and carbon-emission analysis (via web-service tools) that helps enable faster evaluation of multiple design alternatives
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ENERGY STAR® scoring and analysis of potential for LEED daylighting credits
DISCOVER HOW ORACLE\'S PRIMAVERA P6 ENTERPRISE PROJECT PORTFOLIO MANAGEMENT RELEASE 7.0 CAN HELP YOU
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Planning and Scheduling Management – Executing Complex Projects with Ease
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Provides multi-user, multi-project functionality and extends functionality based on user-definable data
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Offers scheduling and resource control capabilities
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Supports multi-tiered project hierarchies, resource scheduling, data capture and customizable views
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Resource Management – Matching People with Projects
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Supports both top-down and bottom-up resource requests and staffing processes
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Allows managers to see where resources are currently being used and forecasted future use across all programs and projects
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Collaboration and Content Management – Improving Organizational Performance through Collaboration
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Incorporates collaboration and communication into work process
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Provides activity level feedback to facilitate communication with field personnel on a per activity basis
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Increases project documentation control and accessibility through comprehensive content management systems
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Portfolio and Program Management – Prioritizing Projects and Optimizing Organizational Capacity
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Provides consistent overview and analysis of the portfolio or program as projects are added and subtracted.
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Enables project managers to manage incoming demand and select the right balance of projects, ensuring resources are not overextended.
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Time Sheets – Tracking Progress to Gain Insights into Costs and Resource Use
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Team members can record project time, non-project time and provide additional information directly to the project manager, including document updates, status notifications and other pertinent feedback.
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Reporting and Analytics – Driving Sound Decision-Making
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Delivers timely and relevant project information through its integrated reporting system
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Consists of over 150 standardized report options or custom reports
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Integration – Interoperating with Ease
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Creates custom solutions through its Integration Applications Programming Interface (API) and Primavera Web Services
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Provides scalability, security and performance for real-time application integrations, integrates with large, complex data sets, and supports simple, standalone applications through complex remote integrations
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Security
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Protects data from unauthorized changes and ensures that only users with appropriate permission can access project-related information
\r\nVico Cost Explorer™ grants the tightest possible control over your project’s budget. With its straightforward visual monitoring system, you can easily grasp and communicate project cost variances, compare them to targeted costs, and track cost drivers. \r\n
\r\nAs an integral part of the Vico Office Environment, Cost Explorer provides constant and online feedback about the status of your project, and dramatically improves the communication and understanding of cost changes. The bidirectional link between the Cost Explorer, the 3D model and the Assembly-Component views provides quick visual feedback on where cost issues exist in the project.
Cost Explorer’s unique graphic interface is based on a color-coded, macro-level tree view of project costs. This clear picture allows you to immediately identify any differences between target costs and actual costs, and track the source of any issues caused by individual project elements. The tree view can be sorted based on any classification structure you use in your project; from industry standards, such as Uniformat, to a custom, user-defined structure. \r\n
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Graphic Cost Explorer
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The Vico Office Cost Explorer tree structure view clearly visualizes the cost breakdown of a project budget by presenting cost categories as nodes in a tree. These nodes are color-coded based on their status compared to set targets. The cost breakdown scheme can be based on an industry standard classification structure, on Locations, or any other custom breakdown structure defined by the user. The graphic presentation of cost is a powerful control tool. The color-coded system indicates to and alerts project team members and stakeholders when a cost component is over budget (red), within range (yellow), on budget (green), and suspiciously low (blue). This effective communication system enables the users to quickly identify where in the project cost variances and over-budget situations exist, and makes it easier to understand at which point in the decision making process an overrun situation originated.
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3D Model Integration
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In the integrated Vico Office Environment, the cost breakdown components are automatically associated with the model elements they refer to. As a result, when selecting any node in the breakdown structure, the related elements in the 3D model are immediately highlighted, providing clear visual feedback on which 3D elements are involved in a cost change.
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Target Cost Editor
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For each node of the cost breakdown structure, a set of target costs can be defined in the Target Cost Editor using cost values or percentages of the overall budget. The level of detail of the target cost can be augmented gradually throughout the project\'s life cycle, increasing granularity and accuracy on the fly. Once a target cost set has been specified, the current project cost can be compared to set targets to analyze and monitor the project’s budget.
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Comparing Cost Versions
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Cost Explorer provides effective and highly detailed comparison capabilities, which enable users to identify variations between cost estimating versions at a glance, track cost drivers, and assure tight control over changes. You can easily access any cost version and compare its content with the target costs or any other cost version.
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Vico Cost Explorer lets you:
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• Visually "see" the budget as a three-dimensional model
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• Engage the Owner and all constituents with what-if scenarios and compare two or three budget/design options side-by-side
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• Determine the key drivers to cost variance and work together to keep the budget on track
\r\nThe construction industry is changing rapidly. The increased demand for efficiency, shorter delivery times, and higher quality is pushing owners and contractors to adopt new business models and technologies which will give them a competitive advantage. The integration of processes and improved communication throughout the design-to-construction life cycle has proved to be an essential part of this change. Integrated Project Delivery and BIM technology are today’s buzz words, and the necessity of a truly integrated social-BIM platform becomes evident. \r\n
\r\nVico’s next generation 5D BIM solution was created for this need. Vico Office™ is purpose-built for construction, and is designed as a tightly-integrated, BIM-neutral platform to which multiple types of BIM models can be published, synthesized, and augmented with cost and schedule information. To maximize efficiency and meet the distinctive needs of the various construction process trades and phases, Vico Office is structured in a modular way, providing you with a tailored, yet expandable solution and a consistent, easy to use environment.
Using Vico Office, building owners and general contractors can collaborate efficiently, improve predictability, reduce risk, manage cost, and optimize schedules on large, complex building projects. We believe our integrated construction management software offers project teams the flexibility to specialize their disciplines (modeling, scheduling, estimating) and still collaborate (coordination, budgeting, and project control with all stakeholders). \r\n
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The Vico Office Environment
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Vico Office consists of a core module - the system\'s cornerstone - and a set of discipline-phase-specific complementary modules, all tightly integrated in the same environment. Since every Office component shares the same integrated database, total homogeneity of the information is always guaranteed. The unified user interface and the consistent structure ease the implementation of new modules and accelerate the learning process.
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The Vico Office modules support the various functions involved in a BIM project and provide for each function distinct, yet integrated, modules for exploring, planning, controlling, and managing the construction process. Each added module leverages the data, further increasing BIM process efficiency. Vico Office\'s unified structure perfectly matches the Integrated Project Delivery methodology and enables a truly beneficial social-BIM environment.
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Team Collaboration
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The Vico Office environment enables internal and external collaboration. The integrated environment, the number of parties involved, and the data ownership issues, require a flexible, collaboration technology. With Vico Office, project team members can work simultaneously on the same project and benefit from an on-line feedback and up-to-date information.
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Virtual Construction Activities
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· Download the BIM Checklist to make sure you’re working towards true 5D BIM
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· Become BIM-capable overnight with the Win the Deal service offering
', '1', '1', '-1', '0000-00-00 00:00:00', '', '0000-00-00 00:00:00', '', '4');
INSERT INTO `tbl_category` VALUES ('189', 'Vico Doc Set Manager', '35', 'Vico Doc Set Manager โปรแกรมตรวจแบบก่อสร้าง และเปรียบเทียบไฟล์ DWG', 'Vico Doc Set Manager,auto cad, block cad, cad, cad drawing, cad software, cad standard, computer aided design, construction detail, construction drawing, construction standard, detail, drafting, drawing, drawings, dwg, software, softwares, โปรแกรม สถาปนิก,', 'โปรแกรมเปรียบเทียบไฟล์ DWG ในแต่ละรุ่น Vico Doc Set Manager ทำให้เปรียบเทรียบความแตกต่างได้อย่างรวดเร็ว เป็นโปรแกรมแรกของโลก', 'Vico+Doc+Set+Manager', '', '', '
Collate and compare thousands of drawing set pages with a mouse click.
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Vico\'s Doc Set Manager automates the process of checking revisions across construction drawing sets. Users can easily compare sets consisting of thousands of drawings within minutes. It\'s as easy as looking at a color coded table of PDFs and DWGs to see a list of documents, their versions, and their changes.
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And multiple users can log into the drawing sets at the same time so as to resolve issues collaboratively. These teams use it to manage all the document sets (the architectural plans, the structural drawings, MEP information, construction documentation, general notes) and see what sets are current, what files are there, and most importantly, what files are missing.
The Document Register allows users to simultaneously manage multiple versions of drawing sets. Users can create the project document structure in advance and benefit from immediate identification of missing documents. The Document Register also provides automatic mapping and quick comparison between large drawing sets. With this "one version of the truth" teams can quickly identify which drawings have changed, and then investigate.
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Users can simply define the DWG or PDF drawings for review and select the preferred comparison mode:
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Side by side: presents the previous document version next to the view of the changes
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Highlight mode with color coding: presents the two overlay drawings using color codes to identify the new and old geometry
Slider mode: drag a slider bar across the screen to reveal each of the two overlay drawings
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The identified changes can be clouded and RFI documents generated. Clouds with Pending RFIs are automatically transferred to any new versions so teams can\'t lose track of any changes. And historical data for changes can be easily retrieved. There are also comparison reports for printing and sharing.
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Vico also offers Project Team Licensing options that allows GCs to invite their subs to participate in the collaborative review, assignments, and resolution.
The Core of the Vico Construction-Oriented Environment
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The Vico Office Client™ module is the backbone of the Office environment. It contains Vico’s innovative quantity extraction algorithm, which performs a construction-oriented analysis of various 3D BIM model formats and stores the information, including the 3D geometry, element, and properties, in the Vico Office Client database.
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Vico Office Client publishes 3D models from leading BIM authoring tools, from Autodesk® Revit®, Tekla Structures® and ArchiCAD®. It includes an add-on for these applications with a simple “Publish to Vico Office” function. The published information is then accessed by the various modules to accomplish the required 3D, 4D and 5D activities, such as visualization, quantity takeoff, cost planning, and scheduling.
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Vico Office Client enables you to integrate and seamlessly merge multiple models from different BIM sources, forming a unified social-BIM environment. To efficiently control the integrated database, the Vico Office Client module includes model versions management, extensive viewing modes, and state-of-the art data filtering tools supporting model, location, layer, object type, and user-defined filters.
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Vico Office Client includes a powerful report engine which, using data from the integrated database, enables you to generate reports on the fly, and benefit from constantly updated information. These reports can be formatted to match existing company standards and can be shared with project stakeholders using standard file formats like PDF to easily and thoroughly communicate project details.
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Activate your model and define the way Vico Office Client creates takeoff items. Vico Office Client provides you with full control over the granularity of your takeoff. Simply select the optional Takeoff Iteam creation method the model is included in your project.
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Vico Office lets you:
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• Publish BIM models from Autodesk Revit®, Tekla Structures®,
Construction Oriented Model-Based Quantity Takeoff
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\r\nVico Takeoff Manager™ generates quick and highly accurate model- and location-based quantity takeoffs derived from 3D models created with leading BIM authoring tools.
Once the model has been published to Vico Office, a unique geometry analysis algorithm is used to scan the 3D model content and automatically creates takeoff items, each with a defined set of construction-caliber quantities required for construction cost and schedule planning.
In case you need to refine the automatic takeoff process and adjust it to your company standards, Takeoff Manager provides you with an intuitive and easy-to-use interface. Simply paint the 3D elements and you are done.
The ability to view the takeoff items in the context of the 3D model, and the bidirectional link between the views, gives you clear feedback, improves team communication, and gives you the confidence that no quantities are missed. Since quantity takeoff is a live view, newly published and activated model versions result in automatically updated quantities.
Within the Vico Office integrated environment, takeoff data is automatically available in the Vico Cost Planner and Schedule Planner modules. There is no need to export and import data. With this integrated approach you can be assured that your cost planning and schedules are always accurate and up-to-date. \r\n
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Visual Feedback
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Improve communication and confidence. The bidirectional link between all the views in the Viewset clearly present the logic behind the proposed takeoff. Select a 3D element, a Takeoff Item, or a Takeoff Quantity and review the highlighted linked data.
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Viewing Modes and Filters
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Using the navigation, filtering, and advanced viewing modes, you can effectively communicate and manage your model. Highlight or isolate 3D elements based on properties such as type or location; easily access the relevant data, and make the takeoff process more fluent and efficient.
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Locations-Based Quantities
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Using Takeoff Manager you benefit from accurate location-based quantities. The quantities are automatically organized in a multi-level spreadsheet view according to their original locations in the source model. This location structure can later be refined and adjusted using the Vico Office Location Manager module.
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Verification and Reassigning
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Easily identify and reassign 3D elements that were modeled incorrectly in the BIM application. To Improve control over your takeoff, Office Takeoff provides visual feedback on any 3D element with missing quantity data. Easily complete absent information using the measurement tools, or by inserting data manually.
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Vico Takeoff Manager lets you:
\r\n• Extract location-based quantities from BIM models • Filter and classify model-based quantities • Get highly accurate construction-oriented quantity takeoffs • Flexibly organize the quantity takeoff the way you want it • Generate quantity takeoff reports ', '1', '1', '-1', '0000-00-00 00:00:00', '', '0000-00-00 00:00:00', '', '1');
INSERT INTO `tbl_category` VALUES ('187', 'Vico Office Cost Planner', '35', 'Vico Office Cost Planner โปรแกรมวางแผนต้นทุนการก่อสร้างอาคาร', 'Vico Office Cost Planner,5d construction, bim, construction engineering, construction estimating, construction software, estimating, management construction, project management, quantity takeoff, vico software, การก่อสร้าง 5 มิติ, ตรวจ แบบ ก่อสร้าง, ทำ mock up, บริหาร งาน ก่อสร้าง, ผู้รับเหมาก่อสร้าง, มาตรฐาน ก่อสร้าง, อสังหาริมทรัพย์ ก่อสร้าง, ออกแบบ, แบบ บ้าน 3d, โปรแกรม ก่อสร้าง, โปรแกรม คำนวณ, โปรแกรม งาน ก่อสร้าง, โปรแกรม ถอด แบบ ก่อสร้าง, โปรแกรม ประมาณการ ก่อสร้าง, โปรแกรม วัสดุ, โปรแกรม วิศวกร, โปรแกรม ออกแบบ ก่อสร้าง, โปรแกรมออกแบบ,', 'โปรแกรมวางแผนต้นทุนการก่อสร้างอาคาร Vico Office Cost Planner สำหรับผู้รับเหมาก่อสร้างมืออาชีพ', 'Vico+Office+Cost+Planner', '', '', '
Evolutionary model-based estimating
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\r\nVico Cost Planner™ is the cost calculation, estimating, and value engineering module in the Vico Office Suite. As an integrated part of the Vico Office Environment, Cost Planner leverages the model-based quantities generated by the Vico Takeoff Manager, and provides highly accurate estimates in less time.
Using an evolutionary approach, Cost Planner enables continuous cost feedback throughout all project phases, starting with a costing scheme at the business development phase, and gradually increasing in granularity as more specific data and accurate quantities become available from the 3D BIM model.
Cost Planner introduces an innovative n-tiered 3D spreadsheet; a unique graphic scheme which emphasizes the hierarchical structure of the cost estimate. Every line item can be further refined with additional components, providing unprecedented flexibility, and enabling you to gradually develop your cost plan from a basic abstract level to a highly-detailed cost estimate.
In order to exploit the cost engineering knowledge-base of your company, Cost Planner includes a Library Manager, which allows you to use your own historical data and store a collection of standards and reusable estimating content.
The Cost Planner concept and unique structure allow you to build a ‘living cost estimate,\' which is key to helping you make information-driven decisions that keep the budget on track. \r\n
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Components and Assemblies Manager
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Components are individual cost line items which include, among oth
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er data, a quantity and a unit price that result in a cost. When more detailed information becomes available, the estimate evolves – new Components that describe the current Component in more detail can be added below it, thus forming an n-tiered structure.
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The set of new Components remains inactive until the user decides that the full scope of the current Component is covered. At that point, the new Components are activated and the current Component evolves into an Assembly that reflects the sum of the included Components’ cost. The new cost is automatically compared to the previous cost ensuring that any change will be immediately tracked.
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Visual Feedback
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Cost Planner provides you with a rich set of visual feedback; for example, selecting a cost Component highlights an element in the 3D View. Changes in Assemblies’ cost are marked with distinctive icons and the hierarchical Assembly – Component structure is clearly communicated. This all to make sure you can easily communicate your plan and have tight control over your budget.
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Formula Editor
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The Formula Editor is a powerful yet easy-to-use tool which grants full control over the way quantities are used for cost calculation. The Formula Editor leverages the quantity data collected with Vico Office Takeoff and allows you to define conditions based on mathematical formulae select combinations of quantities filter data based on locations and customize and refine the calculation to provide input for your Assembly-Component structure.
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Sorting and Filtering
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The Assemblies and Components in the spreadsheet view can be sorted and filtered, enabling you to focus on a desired cost view. Using the Tag Editor your can define custom attributes and use them for filtering and sorting the data.
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Vico Cost Planner lets you:
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Gradually plan the cost of a construction project from "idea" to "pre-construction"
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Rapidly create cost plan iterations based on either manual input or BIM-based quantity takeoff
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Visually compare any cost plan version with an earlier assumption
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Replace average cost per square foot with more detailed Uniformat or CSI Masterformat line items
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\r\n• Quantify, visually identify, and present the cost variances that constantly threaten to create a budget overrun ', '1', '1', '-1', '0000-00-00 00:00:00', '', '0000-00-00 00:00:00', '', '1');
INSERT INTO `tbl_category` VALUES ('190', 'Twoplus Gadget', '30', 'Twoplus Gadget', 'gadget,api,google,software,engineering,รับเขียน gadget', 'ทูพลัส ซอฟท์ รับพัฒนา Google Gadget ( Mini Web Application) สำหรับการช่วยงานและเพยแพร่ประชาสัมพันธ์ให้กับอง๕ืกรของท่าน', 'Twoplus+Gadget', '', '', 'บริษัท ทูพลัส ซอฟท์ จำกัด รับพัฒนาโปรแกรมย่อยบน Google Gadget เพื่อใช้งานผ่านเว็บไซต์ของบริษัท หรือ ประชาสัมพันธ์องค์กร โดยโปรแกรมที่พัฒนาขึ้นนี้สามารถให้ผู้นำไปใช้งานที่เว็บของตนได้ แสดง LOGO แล้วลิงค์กับมาที่เว็บไซต์ลูกค้า ทำให้องค์กรเป็นที่รู้จักแพร่หลายมากยิ่งขึ้น และยังมีผลทำให้ Page Rank ของเราใน Google ติดอันดับดีขึ้น
It is nothing to say that when you carry out a driving simulation by Virtual Reality (VR), the closer driver\'s sense approaches to the reality, the more accurate simulation results can be acquired. As a human have five senses: Sight, Hearing, Taste, Smell and Touch, reflecting all of senses including Balance to the simulation is not easy at all. The most important sense is Sight in driving, which is reproduced by 3D VR simulation. As for the Hearing, sound system can be done. Not using Taste and Smell, drivers need Balance to capture a vehicle motion. Now, the cutting-edge technology, Motion Plat Form have been established to allow drivers communicate The Motion Plat Form is not so important when you aim to the simple training, in which vehicle motion don\'t change widely.
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Basic of Motion Reproduction
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To reproduce drivers\' awareness for movements, it\'s necessary to trick human senses. The balance can be integrated from some information sources. A 3D accelerator can be sensed with semicircular canals (anterior / posterior / lateral semicircular canal) and horizontal and vertical accelerator can be done with an otolith (utricle and saccule). This was just capture 3D movement, so 3D movement has to be reproduced by the Motion Plat Form. To support these movement including rotation and straight movement completely, 6 degrees of freedom (6DOF): 2 times 3 axes is 6 DOF, is needed. But, because the Motion Plat Form work in a more limited space than realistic vehicle space, it\'s impossible to reproduce real vehicle motion. It primarily detects acceleration, not capturing by the amount of movement or speed. Thus the Motion Plat Form is created to reproduce the acceleration and controlled. As the way of reproducing the motion, following technologies are used. General 6 DOF hardware configurations are combined with multiple actuators under a cockpit. With this configuration, the cockpit moves and rotates from the center point to all directions. The maximum lengths of the movement from the center point equals to the limit of motion, so continuous and long-time movements are impossible.
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Terms guide
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6DOF Platform
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Three measurements are adopted for this limitation.
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Reproduce the high frequency acceleration of vehicle primarily
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To reproduce the next acceleration, the cockpit moves back to the center with the speed which drivers can\'t realize.
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Reproduce the horizontal acceleration by gravity, when you lean the cockpit Above these ways, Surge and Sway can be reproduced with the Motion Plat Form of 3DOF.
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In case of large simulator, moving 6DOF hardware on horizontal rail using X and Y table improve horizontal long acceleration.
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Also, rotating the cockpit horizontally with Yaw table reproduce the realistic feeling when you make the curve.
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UC-win/Road Support
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UC-win/Road allows you to link with the Motion Plat Form, a hardware OEMed by INNOSIMULATION, Inc as an option of the UC-win/Road Drive Simulation. To realize to link with the one, it was needed to improve software. To reproduce a high performance motion, we adopted vehicle motion model of INNOSIMULATION, Inc and the Washout filer which control platform behavior. a vehicle motion model with CarSim by Mechanical Simulation Corporation is also available. To prevent uncontinuous motion of plat form, the location of plat form is controlled with over the rate of 100Hz. Calculation of vehicle motion and control of plat form can reproduce continuous motion,
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In addition, for the safety of hardware and user, four layers safety system is configured.
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Filter not to exceed the movable range and the safety acceleration for the command signal of plat form outputted from UC-win/Road.
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Check the move command signal for the same purpose on the hardware device side whether the signal works well or not.
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Check the signal which is sent to actuator itself, and if actuator have problems, actuator\'s motion can be forced to stop.
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Emergency stop button is available whenever you want to use it.
Evaluation Formula of Carbon Footprint * 1 ระบบประเมินพฤติกรรมการขับยนต์ประหยัดน้ำมัน
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In general, a vehicle\'s carbon dioxide emission or carbon footprint (E) is in proportion to its fuel consumption. Therefore to be able to calculate it we require key factors such as "travelling time T" and "travel distance D" as well as the variation in speed "Fluctuating vehicle speed". The Eco-Drive plug-in calculates fuel consumption and carbon footprint using a formula (1) based on results obtained from the UC-win/Road driving log.
E: Amount of CO2 discharged during travel time (kg-C) T: Travel time (sec) D: Travel distance (m) K: The number of the speed measurement point δk: When a speed is higher than at the previous point; 1 , Other case; 0 vk: Running speed at "K" point (m/sec) Kc: Emission factor CO2 0.00231 kg-C/petrol (cc) (Ministry of Environment, 1999)
*1 T.Oguchi, M.Ktakura and M.Taniguchi" Carbon Dioxide emission model in actual urban road vehicular traffic conditions", Journal of Infrastructure Planning and Management (JSCE), No.695/IV-54, pp.125-136
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Major strength
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During driving, speedmeter, accelerator and brake condition, and fuel consumption are on screen real time and helps environmentally friendly driving.
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Outputs driving log simultaneously and displays Eco-Drive Analysis Viewer.
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Eco-Drive Analysis Viewer shows the figure of T: Travel time, D: Travel distance, Q: fuel consumption and E: carbon footprint. Also makes graphs of acceleration, speed, fuel consumption per hour, cumulative fuel consumption, carbon footprint per hour, cumulative carbon footprint.
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Users can change each parameter in the evaluation formula of carbon footprint as well.
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You can output the result as CSV file and use the result.
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Besides Eco-Drive Analysis Viewer, it has a function of showing "Eco-Driving Ranking". It makes ranking based on fuel consumption and carbon footprint and displays the result. (In this case, the items shown are different from Eco-Drive Analysis Viewer
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The screen of "Calculation carbon footprint
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Validation Example
A simple experiment was conducted to calculate the carbon footprint generated under the two different driving conditions of sudden starting and stopping and one of driving more ‘gently\'. A ‘virtual\' car was driven through one of Forum 8\'s 3D City Models using the UC-win/Road 3D Virtual Reality software system with the Eco-Drive plug-in. The conditions were as follows; (1) Drive a course of distance 1km, (2) Must stop at an intersection, (3) No speed limit, (4) Try several different type of driving from gentle to rough. The following results were obtained:
Conclusion : Driving hard with sudden stops and starts results in an increase in both fuel consumption and carbon footprint. On the other hand, when driving more gently, the results of both fuel consumption and carbon footprint tend to decrease.
Large sized DS: six axes, a Yaw -X table, and eight clustering PC
Providing technical assistance with a manufacturer in foreign country, we are building a large-sized simulator.It can support from 6 axis motion to translation device, 360 degree projection, clustering + controlled PC, real-time processing and so on.It is available to support manual transmission and track as well.You can use 3D VR modelling in UC-win/Road so that feel free to create various running environment freely. Moreover, it assists all simulation process from log measurement and recording to analysis.
\r\n This time, we have picked up the Railway Simulator as a customized example of the UC-win/Road. Through UC-win/Road, you can set railway alignments easily as well as road settings. And when you create an electric train, you can also set overhead wires in which is important at once. Moreover when you want to express railroad crossings, signals, and points to be switched, you can use a movable setting of 3D models. Followings are application cases.
Case1: Operation Control Simulation
You may check operational images of train, acquiring information about train location from external sources or XML files or through network communication. \r\n
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Controlling multiple trains in VR space
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Several angles from driver\'s seat, railway carriage, station and a bird\'s eye view
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Examination for new transportation system or for track guided / railway operations
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Case2: Railway Operation Simulator
Features as following in case you use the simulator as railway operation. \r\n
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Express realistic scenes from driver\'s angle through up to four screens
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Output operating log for driving technique diagnosis
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Virtual training combining with a large railway simulator (right)
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Available for:
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Checking visibility before sign setting
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Verifying track construction safety
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large railway simulator (conceptual drawing)
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Railway functions which is scheduled on VR-Studio\r\n
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Definition of section same as road, preparation for railway sections
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Two-way running on single track
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Definition of crossing of railway and road
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Considering of interaction between railway and vehicles
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Track Definition
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Track Definition
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Track Constructs
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Track Rendering
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3D Models
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Railway Vehicles (Axle Locations)
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Railway Vehicles (Minimum and Maximum Weights)
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Railway Vehicles (Performance Parameters)
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Train Definition
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Train Definition (Performance Parameters)
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Train Movement
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Train Movement (Spacing)
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Train Movement (Direction)
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Train Movement (Routes)
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Train Movement (Timetable)
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At-Grade Crossings (Barriers and Lights)
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At-Grade Crossings (Barriers and Lights Activation)
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At-Grade Crossings (Priority)
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At-Grade Crossings (Road Vehicles Required To Stop)
OpenMicroSim provides users with a non-proprietary xml file schema to enable the exchange of simulation results between software programs. For example, from a micro-simulation system into a visualsiation tool like UC-win/Road.
The UC-win/Road plug-in for Oscady PRO enables users to take analysis data developed in this popular intersection design software and visualise the results by means of the latest 3D VR Visual Interactive Simulation technology.
A plug-in link allows data transfer between UC-win/Road and AutoDesk Civil 3D to assist the road planning and design process. Road designers can quickly produce 3D visualisations of the road system to observe vehicle movements and refine the design. Relevant features of AutoDesk Civil 3D shared across the link. The Civil 3D road design solution provides an object level linkage between the two products running in real time.
With the InRoads plug-in you can now exchange Terrain, Alignment and Cross-section data between UC-win/Road and the Bentley Systems (Inc) InRoads road design program.
A link exists to allow the transfer of static & dynamic data between UC-win/Road and traffic network GIS based land utilisation and traffic modelling software TRACKS from Gabites Porter Consultants, allowing the visualisation of large scale traffic modelling data.
EXODUS is a sophisticated 3D evacuation and personnel behaviour modelling system for use in building and infrastructure design and analysis, with particular emphasis on security and emergency planning. See 3D Emergency Simulation.
This software links GIS data directly into UC-win/Road 3D VR environments. The plug-in can accommodate data in a variety of formats including Shapefiles, DXF, LandXML, Database, Mapinfo etc…
UC-win/Road is state-of-the-art 3D urban visualisation and transport modelling software. Users can manipulate dynamic 3D space, import and edit CAD data, build and texture simple block models, automatically build roads, tunnels & bridges, view multiple design alternatives in real-time, both offline and online, as well as being able to visualise and edit intelligent traffic in ways previously not possible & much more...
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Ideal for both urban, traffic and pedestrian planning and stakeholder consultation.
These integration solutions help organizations overcome fragmented processes that lead to lack of business alignment, low predictability in project execution and performance, and inconsistency in business decision-making.
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It helps organizations achieve:
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Absolute alignment between organizational strategy, project execution, and results
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Clear oversight of project costs and financial management
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Governance over project-related decisions
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A single version of truth about the organization’s projects, programs, and portfolios
Primavera Inspire for SAP enables organizations running SAP to align Primavera P6 project cost, schedule, and resource requirements with SAP\'s project system and plant maintenance information.
ใช้โปรแกรมได้อย่างรวดเร็ว เพราะลูกค้า Subscription สามารถที่จะเรียนคำสั่งการใช้โปรแกรมรุ่นใหม่ล่าสุดและรุ่นก่อนหน้าได้ผ่าน อินเตอร์เน็ตได้อย่างสะดวกและรวดเร็ว โดยสามารถเข้าใช้งานได้ทางเว็ปไซต์ หรือการคลิกจากโปรแกรมที่ใช้อยู่ได้โดยตรง Web Support ง่ายและตรงๆ
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คุณสามารถติดต่อกับฝ่ายเทคนิคของ Autodesk ได้โดยตรง ผ่าน Web Support เพื่อสอบถามปํญหาการติดตั้ง การเซ็ตค่า การตอบปัญหาการใช้งานต่างๆ ผ่านทางเว็ปและอีเมล์ได้โดยตรงจากคอมพิวเตอร์ของท่าน
', '1', '2009-11-12 22:02:36', 'admin', '2009-12-01 14:27:23', 'admin');
-- ----------------------------
-- Table structure for `tbl_city`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_city`;
CREATE TABLE `tbl_city` (
`int_id` int(6) NOT NULL,
`str_city` varchar(500) character set utf8 collate utf8_unicode_ci NOT NULL,
`country_code` varchar(2) character set utf8 collate utf8_unicode_ci NOT NULL,
`sss` varchar(50) character set utf8 collate utf8_unicode_ci default NULL,
`sssw` varchar(50) character set utf8 collate utf8_unicode_ci default NULL,
`ssssw` varchar(50) character set utf8 collate utf8_unicode_ci default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_city
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_contactinfo`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_contactinfo`;
CREATE TABLE `tbl_contactinfo` (
`int_id` smallint(6) NOT NULL,
`str_url_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_title` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_keyword` text character set utf8 collate utf8_unicode_ci,
`str_description` text character set utf8 collate utf8_unicode_ci,
`str_subject` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_image` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_detail` text character set utf8 collate utf8_unicode_ci,
`bit_status` tinyint(1) default NULL,
`dte_create_date` datetime default NULL,
`str_create_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`dte_update_date` datetime default NULL,
`str_update_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_contactinfo
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_contactus`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_contactus`;
CREATE TABLE `tbl_contactus` (
`int_id` smallint(6) NOT NULL auto_increment,
`str_url_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_subject` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_email` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_message` text character set utf8 collate utf8_unicode_ci,
`bit_new` tinyint(1) default NULL,
`dte_create_date` datetime default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_contactus
-- ----------------------------
INSERT INTO `tbl_contactus` VALUES ('26', null, 'สอบถามทั่วไป', 'ชาติชาย', 'tpschat@hotmail.com', 'ทดสอบ', '0', '2009-12-01 00:00:00');
-- ----------------------------
-- Table structure for `tbl_course`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_course`;
CREATE TABLE `tbl_course` (
`int_id` smallint(6) NOT NULL,
`str_url_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_title` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_keyword` text character set utf8 collate utf8_unicode_ci,
`str_description` text character set utf8 collate utf8_unicode_ci,
`str_subject` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_code` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_location` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_time` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_price` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_link` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`int_cat` int(11) NOT NULL,
`dte_date` datetime default NULL,
`str_thumbnail` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_image` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_brief` text character set utf8 collate utf8_unicode_ci,
`str_detail` text character set utf8 collate utf8_unicode_ci,
`bit_status` tinyint(1) default NULL,
`bit_homepage` tinyint(1) default NULL,
`bit_leftmenu` tinyint(1) default '0',
`dte_create_date` datetime default NULL,
`str_create_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`dte_update_date` datetime default NULL,
`str_update_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_course
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_course_expert`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_course_expert`;
CREATE TABLE `tbl_course_expert` (
`int_course_id` smallint(6) NOT NULL,
`int_expert_id` smallint(6) NOT NULL,
`create_date` datetime default NULL,
PRIMARY KEY (`int_course_id`,`int_expert_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_course_expert
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_course_intro`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_course_intro`;
CREATE TABLE `tbl_course_intro` (
`int_id` smallint(6) NOT NULL,
`str_url_name` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_title` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_keyword` text character set utf8 collate utf8_unicode_ci,
`str_description` text character set utf8 collate utf8_unicode_ci,
`str_subject` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_image` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`str_brief` text character set utf8 collate utf8_unicode_ci,
`str_detail` text character set utf8 collate utf8_unicode_ci,
`bit_status` tinyint(1) default NULL,
`dte_create_date` datetime default NULL,
`str_create_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
`dte_update_date` datetime default NULL,
`str_update_user` varchar(255) character set utf8 collate utf8_unicode_ci default NULL,
PRIMARY KEY (`int_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_course_intro
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_course_package`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_course_package`;
CREATE TABLE `tbl_course_package` (
`int_course_id` smallint(6) NOT NULL,
`int_package_id` smallint(6) NOT NULL,
PRIMARY KEY (`int_course_id`,`int_package_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_course_package
-- ----------------------------
-- ----------------------------
-- Table structure for `tbl_course_relate`
-- ----------------------------
DROP TABLE IF EXISTS `tbl_course_relate`;
CREATE TABLE `tbl_course_relate` (
`int_course_id` smallint(6) NOT NULL,
`int_relate_id` smallint(6) NOT NULL,
`create_date` datetime default NULL,
PRIMARY KEY (`int_course_id`,`int_relate_id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of tbl_course_relate
-- ----------------------------
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ซึ่ง เป็นการบริการพิเศษด้วยทีมงานของ ทูพลัส ซอฟท์ฯช่วยให้ท่านสามารถใช้โปรแกรม AutoCAD Revit Architecture 2010 กับโครงการจริงที่ท่านกำลังออกแบบได้ สนใจสามารถติดต่อได้ที่ ฝ่ายขาย ทูพลัส ซอฟท์์ฯ![\"\"](\"http://www.twoplussoft.com/userfiles/image/Autodesk%20Revit%20Structure%202010/AutoCAD%20revit%20structure.jpg\")
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