MagiCAD 2018 UR-1 for Revit

MagiCAD Schematics, a new schematic design module that can perform in synchronisation with Revit models.

By linking, mapping and synchronizing the schematics with the model, it enables better design workflow and ensures that data is everywhere the same and within the Revit environment.

It produces perfect schematic diagrams on Revit technology. MagiCAD Schematics allows synchronisation and data sharing among the schematic drawings and the model. Besides, generating schematic drawings, it also connects symbols in the schematic drawing with the subsequent devices in the project, and synchronises parameter values among the symbol and the device. If the property values are synchronised among symbols and devices, the information remains updated during the course of the project in diagrams, plan drawings, etc.

MagiCAD Schematics saves huge time of the designers and accelerates project delivery by arranging ready-made, localised symbol libraries in Revit. Custom symbols or lines and templates with parameters provide a new level of flexibility for project setup. Besides, MagiCAD Schematics produces drawing seamlessly via an user-friendly tool palette for line drafting and drag & drop placement of symbols. MagiCAD for Revit and AutoCAD facilitates world-leading, data-packed Building Information Modelling for HVAC and electrical design with rapid and user-friendly tools.

The new MagiCAD Schematics module for Revit makes the process simple to set up symbols into the schematic drawing and preserve symbol definitions into the dataset. The symbol definitions facilitate you to determine parameters with default values contained in the family when the symbol is set up. Symbols are arranged to user-configurable groups to produce the perfect symbols which are available in the new symbol installation tool palette. To set up symbol and line drawing, just drag and drop the symbol to the schematic drawing from the tool palette.

Watch the live demonstration of MagiCAD Schematics module for Revit by going through the following video.

MagiCAD 2018 UR-1 for Revit

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Published By
Arka Roy


How to control the object snap behavior associated with hatch patterns and extension lines in AutoCAD

Lynn Allen, presents this exclusive cad video that demonstrates how to control the object snap behavior when it connects to hatch patterns and extension lines in AutoCAD.

Have you ever tried to grab the endpoint of an extension line instead of the anticipated object, or grab the seperate objects in a crosshatch pattern, then this AutoCAD video tutorial is ideal for you.

To install custom hatch patterns into AutoCAD, follow the steps, given below.

Copy your hatch pattern PAT file(s) into the default Support folder that AutoCAD employs to locate hatch patterns. The default path is mentioned in the Support File Search Path list under the Files tab in Options. It is normally the first one displayed. It is the one that goes to your user folder.

Watch the following youtube video for getting more information.

How to control the object snap behavior associated with hatch patterns and extension lines in AutoCAD

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Published By
Arka Roy

PartsLab is a useful free Revit add-in

PCL PartsLab belongs to a free Revit add-in that makes the process automatic for production, visualization, and change management concerning Revit Construction Parts. Significantly minimize time and clicks by generating numerous parts from targeted categories/families/types.

Context sensitive tools facilitate rapid hiding & isolation. With the managed history view, it is possible to monitor when design updates occurred as well as types of modifications.

The Revit plug-in is intended for functioning with the software’s Parts function to track changes to horde objects in the design models throughout construction devoid of modifying specs set in the construction model.

Now, it becomes easier to connect with the design models and make the constructability edits that is necessary when a design modification happens. With PartsLab, it is not required to visit and update the model. Just connect the original construction model into the original design. If any modification is done to the original model, the duplicate is also modified, and one can make edits to the duplicate.

Now, it is possible to mass-select [components] and generate parts out of everything that [includes] a floor, a column or a wall, for instance. When you accomplish that repeatedly it saves huge time.

This app is mostly suitable for general contractors, architects and engineers as well as major general contractors in North America and Europe.

The add-on offers the following features:

  • Compatible with Revit 2015, 2016, 2017, 2018 (all verticals supported)
    • Explore through connected model categories/families/types from the aggregated model
    • Filter model categories/families/types content by Level
    • Generate numerous parts from targeted categories/families/types
    • Automatically combines the level of Parts from linked-model objects
    • Generates and handles a 3D history view of all Parts formed
    • Apply context ribbon tools to Hide/Isolate Parts with the original categories/families/types
    • Apply as investigative tool for Linked model content, shows object counts
    • Replicate chosen family/type definitions from linked models into your existing model

It is available in Autodesk’s App Store as a free app.

For more information, click on the following link

PartsLab is a useful free Revit add-in

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Published By
Arka Roy

Is BIM Replacing Quantity Takeoff?

BIM plays an inevitable role in a construction project. From designing to planning, the new technology makes a quick approach that saves time and reduces human interventions. The most talking issue nowadays is – BIM is taking places of quantity takeoff.

It reveals the very truth that we are adopting the modern technology more than maintaining the conventional pathways. The age-old quantity takeoff has also been replaced by BIM. But the doubt that is hovering over is – does this shift bring any profitable outcome?

What is quantity takeoff and how does it work? Quantity takeoff is measured from 2D CAD drawing designed by professionals. These 2D designs work as a blue print of the work that is given to contractors as static PDF files. Constructors use software specifically designed for measuring areas of the drawing and presenting the quantity by identifying objects (windows, doors and more) from it. The objects generally pass through many conditions before presenting quantities of windows, doors and walls.

The approaches of BIM are reliable and trustworthy. But it does have the limitation as the application is basically designed for presenting 3D models of the planned construction. BIM directly estimates the quantity from the 3D model and this is why it eliminates the need for additional estimators. The information gathered from the 3D construction is considered to be error-free as compared to the information from the non-virtual 2D design.

The benefits BIM provides as quantity estimator are given below:

  • BIM generates quantities based on the objects of the 3D model, offering a faster quantity takeoff process.
    • Any modification will also change the quantities, so re-measurement is not required.
    • Since everything is done as per the 3D design created virtually, less error and more accuracy is expected.

To identify the separate working area of BIM and quantity takeoff, you have to understand well how they work. BIM presents quantities of the objects while making designs and it uses objects based on the design. Traditional quantity takeoff relies more on static lines to define objects and quantities are measured accordingly. Though BIM includes both common and complex objects, it lacks in gathering site-specific data such as specific type of concrete foundation required for the project. Trade estimators play a very important role in bringing out the underlying detail of the construction. BIM generally ignores this part and it often presents an incomplete takeoff to you.

With the BIM projects, estimators deal with an accuracy of finding out the quantity objects easily. In the 2D world, trade estimators go through a complex process of understanding of the model. This eventually delays the final result to be presented to constructors. With BIM, trade estimators easily calculate necessary objects as the designs are clear and comprehensive.

The last point that establishes the truth whether BIM is replacing quantity takeoff specifies strictly the working area of the designers. They possess a little knowledge about materials and method as their sole responsibility is to design. So, it can be said that quantity takeoff has a strong root in the construction that cannot be shaken so easily. New tools are introduced in trade estimators to make the process perfect for instant measuring.

For other information follow

Is BIM Replacing Quantity Takeoff

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Published By
Arka Roy

AECOsim Building Designer CONNECT Edition is the best BIM Modeling Software on the market

Bentley Systems, Incorporated, just released AECOsim Building Designer CONNECT Edition. It is the Bentley’s building information modeling (BIM) application that is specifically developed for creating projects of significant size and/or engineering complexity. These are normally defined by the challenges of integrating vertical construction and horizontal infrastructure (like roads, railways, utilities, etc.).

There is a useful feature called GenerativeComponents inside AECOsim Building Designer that offers computational design abilities to delve into iterative design ideas and embed design intent with design constraints and relationships for making design quality and performance superior.

The new AECOsim Building Designer CONNECT Edition allocates a wide-ranging modeling environment with all of Bentley’s CONNECT Edition applications so that the process becomes simple for the engineers and architects to exchange complicated data that leads to loss of information and frequent translations, or even recourse to force-fitting a BIM application apart its premeditated use to model geometry, which is not possible with BIM intelligence.

AECOsim Building Designer CONNECT Edition combines the work of architects, structural engineers, and MEP engineers in a single application, and now expands its scalability with the help of CONNECT Edition’s wide-ranging modeling environment. This latest release offers consistent, translation-free, intra-operability with Bentley’s full multi-discipline portfolio of design, analytical, and construction modeling applications.

All CONNECT Edition applications, along with MicroStation CONNECT Edition, take advantage of the deliverables production automation native in the CONNECT Edition’s documentation center. The documentation center significantly enhances the reliability, quality, and effectiveness of drawing set organization. AECOsim Building Designer can also allow for reality modeling, through which present conditions are procured with photos and/or scans and transformed into engineering-ready reality meshes with Bentley’s ContextCapture, delivering the actual geo-coordinated context directly into the AECOsim design environment.

AECOsim Building Designer CONNECT Edition facilitates the users to enhance their productivity and to collaborate over multiple disciplines by distributing content and data in a constant workflow via a widespread modeling atmosphere. With this latest version of AECOsim Building Designer, it becomes possible to collaborate on projects of any scale or multidisciplinary complexity, and automate the formation of deliverables for all stakeholders.

To gather more information about AECOsim Building Designer CONNECT Edition, please visit

AECOsim Building Designer CONNECT Edition is the best BIM Modeling Software on the market

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Published By
Arka Roy

Download cad drawings of Reinforced Concrete Retrofit at discounted prices

Download extensive lists of reinforced concrete retrofitting / repair / strengthening drawing details which are available in cad dwg, dxf and pdf formats. All the drawings are in 1:10 scale.

Seismic retrofitting refers to the alteration of prevailing structures to improve their resistance capacity against seismic activity, ground motion, or soil failure caused by earthquakes.

The cad drawings include the following :-

  • Concrete Column Steel Jacketing
    • Concrete Column Jacketing Detail
    • Column Jacket Anchorage to slab beam
    • Column Jacketing Foundation Footing Detail
    • Continuous Floor to Floor Column Jacketing
    • Discontinued Floor to Floor Column Jacketing
    • Partial Concrete Column Jacketing
    • Concrete Beam Jacketing Details
    • Steel Jacketing Reinforcement of Concrete Beam
    • Carbon Fiber strengthening of Concrete Beam

 You can apply these drawings in your project and save significant times.

To download the drawing, click on the following link

Download cad drawings of Reinforced Concrete Retrofit at discounted prices

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Published By
Arka Roy

Demonstration of new freeform rebar tool in Revit 2018.1

This exclusive revit video tutorial provides the demonstration of new freeform rebar tool that is accessible in Revit 2018.1

This latest tool facilitates the users to include straight bars (Shape Code 00) which are based on complicated surfaces. The bars will produced a complicated shape but stay straight for fabrication instructions.

The Freeform Reinforcement tool is applied in a 3D view by initially choosing the host face. This tool applies the Select Multiple option. With the help of space bar, validate the selection. Then, choose the starting surface and then the ending surface and lastly press enter to set the bar.

This tool is mostly suitable while going to model complicated Architecture and Civil structures like bridges and tunnels. Each bar should have been scheduled for a precise length.

Free Form Rebar can contain any geometry in the form of planar or 3D, and can be utilized for modeling and detailing of reinforcement in complicated 3D structural elements.

Rebars are generated at the cover distance out of the intersection of the references which the Revit user chooses. One reference is made with one or more structural element faces.

The Surface Distribution rebar type comprises of bars that change among the Start Surface and the End Surface and are circulated along the Host Surface.

Free Form Rebar belongs to the Structural Rebar category, and contain all the properties related to it. Free form Rebar can be formed as single bars or rebar sets, rebar quantity for each instance of a Free Form Rebar can be modified easily.

Then the rebar constraints can be controlled with in canvas tools in 3D views to organize improved and perfect rebar placement.

It is possible to utilize adjustable numbering settings and generate perfect shop drawings with schedules that demonstrate varying lengths in Free Form Rebar sets to make the fabrication better.

Demonstration of new freeform rebar tool in Revit 2018.1

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Published By
Arka Roy