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4D Technologies Sponsors and Exhibits CADLearning at Revit Technology Conferences

March 2, 2012 in CAD, Revit


RTC - REVIT Technology Conference 2012

RTC - REVIT Technology Conference 2012

4D Technologies Sponsors and Exhibits CADLearning at Revit Technology Conferences

4D Technologies will sponsor and exhibit CADLearning products and solutions at both the International and North American conferences focused on Autodesk Revit Training and BIM technology.

Bedford, NH (PRWEB) February 27, 2012

4D Technologies, leading Autodesk Authorized publisher and learning solutions and service provider for the Autodesk user community, announced they will sponsor and exhibit their CADLearning products and solutions at the International and North American training events. The eighth international Revit Technology Conference is Thursday, May 24 – Saturday, May 26 , 2012 in Novotel Wollongong Northbeach, NSW, Australia and the second North American conference is Thursday, June 28 – Saturday, June 30, 2012 in Stone Mountain Georgia, USA.

“RTC’s scope ensures value to all who attend.”

Revit Technology Conference 2012

The Revit Technology Conference (RTC) is an annual event designed to cater to the needs of the Autodesk Revit-based community. RTC is a networking and educational event for software users throughout Australasia and has expanded to the US. It is dedicated to the use of Autodesk Revit and other relevant software in the architecture, engineering and construction industries.

About CADLearning
CADLearning comprehensive self-paced learning for Autodesk software offers video tutorials, exercise files and assessments designed to maximize performance with leading CAD and BIM software programs including AutoCAD, Autodesk Revit Architecture, AutoCAD Civil 3D, Autodesk Inventor and more. For additional information about CADLearning, visit http://www.cadlearning.com.

About 4D Technologies
4D Technologies, a leading Autodesk Authorized Publisher and developer of CADLearning, specializes in CAD and BIM software learning solutions and services for the Autodesk user community. 4D Technologies works closely with industry experts including professional instructors, trainers and consultants to develop its learning content. 4D Technologies addresses the learning needs of individuals and organizations in a wide variety of markets including architecture, engineering, construction, automotive and transportation, manufacturing, utilities and communication, and government and education sectors.

CADLearning is a registered trademark of 4D Technologies. Autodesk, 3ds Max, AutoCAD, Inventor, Maya, Navisworks and Revit are registered trademarks or trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders.

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E-book: Revit Architecture 2010: Your First Residential Design

December 6, 2009 in AutoCAD, CAD, Revit

revit10tutorial
I have posted several Revit Architecture tutorial in this blog for months. I compiled them in an e-book that you can read comfortably without having to visit the pages. It’s not exactly the same with the existing tutorials, but yes, it’s very similar. I fixed some editorial errors, add some more screenshots to describe the steps better, and provide some tutorial files. With the tutorial files, you can compare what you did to my model, or simply start a chapter using files provided. If you want to see what’s inside the book, download the table of contents here.
So I stop providing free contents? Surely not! I still provide free contents on this blog. Consider this is an alternative to read the blog content for a small fee. And also consider this as a donation to make this blog better.
Click this button to buy this e-book. After the payment successful, you will be automatically redirected to download page. I will also send you an email for alternative download link, but because of the time zone difference, please be patient that I can’t email you immediately. The e-book price is US$ 12.5.

DO NOT share the download link!

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Source: CAD Notes – E-book: Revit Architecture 2010: Your First Residential Design
Go to Source: CAD Notes

When to use the Far Creator

November 2, 2009 in AutoCAD, CAD, Revit

When to use the FAR Process as the most efficient means to creating Revit Families.

When do you know that you want to be able to use the FAR Process to automate your data into BIM Models (Revit Families) for the architect to use? Just because you can automate the creation of BIM Models does not mean that it justifies doing it.

Attached is a flow chart that presents various scenarios for building manufacturers illustrating the points to consider when creating your product data into BIM Models and when it justifies automating this process with the Far Process.

I’ve highlighted some of the points to consider as you review the Flow Chart.

  • What are you using to create the designs for your product mix? (AutoCAD; Inventor; SolidWorks; Pro E)
  • Are your designs 2D or 3D?
  • What is the most efficient way to create BIM data/Revit Families for your product Type?
  • Static
  • If the product is stable (does not go through engineering changes) and unless there is a common design around multiple products, a manual creation of the Revit Families is most cost efficient
  • When a static product is changeable, the FAR Process is the most efficient method of creating Revit Families
  • Configurable
  • Customizable
  • Both Configurable and Customizable products should follow the same methodology when creating Revit Families
  • The FAR Process is most efficient to create the Revit Families when provided a basic core model and a list of options that differentiates the product models
  • When the parametric changes of a product impact the form, fit and function, the FAR Process is the most efficient method to create Revit Families
  • When the parametric changes impact the dimensional changes of a product, a manual creation of the Revit Families is most efficient
  • Made to order
  • When the product is ‘made to order’ and is static (the geometry is non parametric), then the FAR Process is most efficient when creating Revit Families. The AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.
  • Build Design (product design for a specific building project)
  • The FAR Process is most efficient when creating Revit Families. Again, the AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.

Contact us if you would like to discuss your product mix and how the efficiencies of the FAR Process can work for you.

Patrick K. Johnson

Building%20Manufacturers.pdf

Source: CAD Enhancement, Inc. – When to use the Far Creator
Go to Source: CAD Enhancement, Inc.

Placing Views to Sheet

November 2, 2009 in AutoCAD, CAD, Revit

sheets

We are getting to the end of this tutorial. We have created our Revit model. We have the plan views, elevation views, section views, schedules, and you might already experiment with perspective views. This is the basic information we can present in a sheet.

I consider the basic tutorial ends here. There are more, but we will discuss them separately. I will post them under Revit tips, not in tutorial anymore.

Now, we will prepare our views, and placing them to a sheet. Then, we will plot it.


Preparing your Views

Let’s make a check list. There are 3 things you need to consider before placing your view to a sheet. Open your 1st floor plan.

  1. Check your view name. This view name will be used as your view title.
  2. Check your view scale, change the scale if necessary. We use 1:100 at the moment. But if you want to use other scale, change it now.
  3. Check your annotations. If you changed your scale, you might see the annotation don’t appear properly. Either too close to each other, or too far.
  4. Check your view crop region.
Checking your Crop Region

You can show/hide your crop region by clicking the button under your views.

hide crop region

Click and drag the crop region control until you get what you want. This is similar to arrange your viewport in AutoCAD. Make the crop region close enough to your model.

arrange crop region

Do it for every view you want to place on sheet.

Placing Views on Sheet

Before we place views on our sheet, we need to create a sheet. You can create new sheet from view tab, sheet composition panel.

new sheet

Revit will open a dialog box, asking you to select a title block. By default, you will only see one title block: A1 Metric (or A1 maybe, if you use imperial). Select it, and click OK.

Revit will automatically open the new sheet, and the view button in sheet composition panel become available. Click it, select your view. Let’s place 1st Floor Plan. Click add view to sheet, and click your pointer at your desired location. Easy right?

But it’s not fun. People always like to show some magic, especially when you are doing a presentation. You can also click and drag a view name to your sheet from project browser!

Place every view you want. Plans, 3D, schedules, etc!

Creating Revit model might be a bit hard to learn. But placing views is easy :)

Now pay attention to your section and elevation symbol. Revit will automatically renumber the reference and sheet number! Now we are start talking about BIM. Change your sheet number, and see that this reference number will be also updated!

Printing Your Sheets

You can plot them using the same tool as any other Windows application: the print button or [ctrl] + P.

print

There are some options in print dialog box, but I think they are not really different with other applications. Play around with them, use dwf or pdf as output, so you won’t waste paper, until you are certain you are going to plot it.


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Source: CAD Notes – Placing Views to Sheet
Go to Source: CAD Notes

Creating Schedule from Revit Model

November 2, 2009 in AutoCAD, CAD, Revit

schedule tableCreating schedule from your Revit model basically is just the same. You can count any data from your model. It can be door/window schedule, where you can show how many doors/windows. Or it can be wall schedule, to show wall length, wall area, or wall volume. You can also showing rooms area in your design. Almost everything! In this tutorial, we will create a door schedule. You can try to create different type of schedule later. They’re all just the same steps!

If you haven’t open your Revit model, open it now.

Schedule basically is also a view. So you can find the schedule tool in View tab, create panel.

schedules

Click on schedules, you will see several tools related to creating schedules. Let’s just select schedule/quantities.

A new schedule dialog box will open. There are many categories you can select in this dialog. Because we are going to create a door schedule, select door from category. Click OK.

new schedule

On the next dialog, Revit will ask you which fields you want to include in your schedule. Add these fields:

  • Level
  • Family type
  • Count
  • Cost

You may add several more if you wanted to. You can add them by selecting them then click Add –>. You can arrange their order by clicking move up/move down.

You should already see your schedule. Before we continue tweaking this schedule, input the door cost. You can change it directly on the schedule table cells. Revit will ask you a confirmation, whether you want to change all cost for the same family and type. Click OK.

confirmation 

Now you will see your schedule like this.

 door schedule raw

Every door instance is reported here. Our schedule hasn’t group and sum the same item yet. We will fix this. Right click on your table, select view properties.

Revit will open a dialog box. Find sorting/grouping under Other category, and click edit… button right next to it.

  • Let’s sort our schedule. Select sort by Level for the first category. Check blank line option for this category.
  • And then for 2nd category, select then by family and type.
  • Uncheck Itemize every instance to deactivate it. Don’t click OK. We haven’t finished yet!

Now let’s move to formatting tab. Select count field. Then check calculate totals to activate it. Why not, we want to see total number of our doors! Do the same for cost. Our schedule should show the total cost, isn’t it?

Click OK. You should see your schedule now grouped nicely like this.

schedule final


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Source: CAD Notes – Creating Schedule from Revit Model
Go to Source: CAD Notes

Defining Room and Room Legend

October 19, 2009 in AutoCAD, CAD, Revit

room Room is one type of information you can add to your Revit model. That’s why we call it building information modeling (BIM). It’s not just lines and text. It can hold a lot of information in your building model. This time we will define rooms in our design, and create a room schedule.

Let’s open again your project file. Open 1st floor plan view.

Defining Rooms

Activate room tool from ribbon> home tab> room & area panel. Move your pointer to your floor plan. you will see it’s highlight your rooms. Revit will automatically recognize your rooms separated by walls. Define rooms for rooms as you see below. Simply move your pointer inside a room, and click your mouse. Revit will place the tag automatically. If you don’t like it, uncheck the ‘tag on placement’ option on option bar.

rooms

Room Separation Line

There’s one room left. We don’t want the living room defined as one large room from front through the back. And we want to exclude the stair area from living room. But Revit can’t recognize them as separate room because we don’t place wall there.

We can separate them by placing room separation line.

room separation line

This will activate sketch tool. Simply draw lines that separate the rooms. Snap the line to existing wall, and draw it to the next wall. Feel free to define your own room.

After you finish, try to activate room tool again. Place the room definition when you feel it’s correct. Pretty easy, right?

Renaming Rooms

By default, Revit will name your rooms by ‘Room’, and tag it sequentially from the 1st room you define. This is not correct of course. Who wants to have all rooms named by ‘Room’? We can rename it by clicking the room tag to select it. Then click again on room name (or tag number) to rename it. After you’ve done, hit [enter].

renaming rooms 

So what if I don’t place room tag? How can I rename the room? Easy, select the room (not room tag, you might need to press TAB to cycle between objects). Click on element properties from ribbon, contextual tab.

room identity

You can change the room name, room number, and other data available.

Room Legend

Let’s try to place room legend. But first, right click on your 1st floor plan name on project browser. From context menu, select duplicate view>duplicate with detailing. Rename duplicate with something like ’1st floor legend view’. It’s already active by default.

Activate legend tool on your ribbon, room & area panel. You will see the legend on your pointer. Find a place where you feel appropriate, click to place it there.

legend

Revit will ask you which scheme do you want. Change the color scheme to Name, click OK.

choose scheme

You will see your floor plan become like this.

room legend

Do you want to try this tool to your 2nd floor plan?


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Source: CAD Notes – Defining Room and Room Legend
Go to Source: CAD Notes

When to use the FarCreator

October 13, 2009 in AutoCAD, CAD, Revit

When to use the FAR Process as the most efficient means to creating Revit Families.

When do you know that you want to be able to use the FAR Process to automate your data into BIM data (Revit Families) for the architect to use? Just because you can automate the creation of BIM data does not mean that it justifies doing it.

Attached is a flow chart that presents various scenarios for building manufacturers illustrating the points to consider when creating your product data into BIM data and when it justifies automating this process with the Far Process.

I’ve highlighted some of the points to consider as you review the Flow Chart.

  • What are you using to create the designs for your product mix? (AutoCAD; Inventor; SolidWorks; Pro E)
  • Are your designs 2D or 3D?
  • What is the most efficient way to create BIM data/Revit Families for your product Type?
  • Static
  • If the product is stable (does not go through engineering changes) and unless there is a common design around multiple products, a manual creation of the Revit Families is most cost efficient
  • When a static product is changeable, the FAR Process is the most efficient method of creating Revit Families
  • Configurable
  • Customizable
  • Both Configurable and Customizable products should follow the same methodology when creating Revit Families
  • The FAR Process is most efficient to create the Revit Families when provided a basic core model and a list of options that differentiates the product models
  • When the parametric changes of a product impact the form, fit and function, the FAR Process is the most efficient method to create Revit Families
  • When the parametric changes impact the dimensional changes of a product, a manual creation of the Revit Families is most efficient
  • Made to order
  • When the product is ‘made to order’ and is static (the geometry is non parametric), then the FAR Process is most efficient when creating Revit Families. The AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.
  • Build Design (product design for a specific building project)
  • The FAR Process is most efficient when creating Revit Families. Again, the AEC Exchange is another option but is only available to Autodesk users on the manufacturing side with some limitations.

Contact us if you would like to discuss your product mix and how the efficiencies of the FAR Process can work for you.

Patrick K. Johnson

Building%20Manufacturers.pdf

Source: CAD Enhancement, Inc. – When to use the FarCreator
Go to Source: CAD Enhancement, Inc.

Introduction to Revit Components

September 21, 2009 in AutoCAD, CAD, Revit

components

Nothing is hard about Revit components. At the first time, I didn’t intend to write about this and just let you explore about Revit components by yourself. But I feel this tutorial will be incomplete if we don’t discuss about Revit components.

Any objects than is not part of your building model is a component. It can be furniture, lights, plants, entourage, etc.


Component Tool

You can place any components by using component button in home tab.

component

But you may use site component or parking component in massing & site tab> model site. All of them will place the same component.

model site 

The differences are,

  1. Using component button will enable you to place any components available in your Revit project file as generic components. While Site Component only allows you to place site components such as plants and parking component. When you have a lots of components, filtering your components will be helpful.
  2. Placing your object as site component will automatically set your site topography as it’s host. We are going to discuss about site later.

Find and Load Families

Placing component should be very easy. Just activate the component tool, select what component you want in type selector, and click on your model to place it. Simple. You might want to load family if you need components that’s not available in your Revit project.

load family

Revit has some default families come with the installation. You can also find a lot of Revit families on the internet. You can try search your component using Autodesk seek. And of course, you can create your own.

Placing Components

As I mention before, placing components is peace of cake. As easy as 1,2,3 : activate your tool, select your component, then place it! However, there are several things you should know.

Some of Revit families are hosted components. Lighting fixtures can be placed on ceiling or wall. Site components can be hosted to your site topography. But the others can be placed anywhere.

You can place furniture without finding it’s host. But you only can place wall based lights on walls. And you have to open your ceiling plan to place your ceiling based lights.

For your exercise, place furniture, lighting fixtures, and site components to your Revit model. Shouldn’t be hard :)


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Source: CAD Notes – Introduction to Revit Components
Go to Source: CAD Notes

Far Process Summary

September 16, 2009 in AutoCAD, CAD, Revit

The intention of this blog is to provide you with an overview of the FAR Process and describe how your company can automate the creation of Revit Families as well as manage your library of Revit Families more efficiently and effectively utilizing the FAR Process.

The objectives of the FAR Process are:

  • To create a Revit Family automatically that is usable, maintainable and sustainable throughout the life of the building project.
  • To create a tool for Manufacturers to manage/control their product data for Architects using the BIM format without being dependent upon an outside provider to create and maintain their Revit families.
  • To create an automated Revit Family created that includes product data provided directly from the Manufacturer and is ready to be downloaded into BIM projects.

Overview of the FAR Process:

The FAR Process is built from 3 main components:

1. FAR Creator
2. FAR Data Set

3. FAR Manager

The FAR Creator is not just one application. It is a set of API’s that will be built for each Manufacturer based on their software and their industry. The FAR Creator takes the product data provided by the Manufacturer to create the FAR Data Set required for the FAR Process.

  • Each Manufacturer will be able to use their own set of API’s to create the FAR Data Set necessary for automating the creation of their own Revit families, from their own manufacturing data using the FAR Process for custom and future product developments.
  • The FAR Creator allows the Manufacturer to have the ability for updating architect data automatically when changes are made to the engineering data.

The FAR Data Set is a text file that contains the product data and instructions for the FAR Manager.

The FAR Manager uses the FAR Data Set to create a Revit Family within Revit. The FAR Manager also includes a Content Manager interface which allows the user to manage their families within their own file system

We have 4 short video segments on YouTube demonstrating the capabilities of the FAR Manager; BIM Manager Utility Tool and the ability to create a Revit Family from an Inventor file.

Click on the following links to see the YouTube video clips:

1.) FAR Manager Search capabilities
2.) FAR Manager – Importing Types capabilities
3.) BIM Manager Utility Tool capabilities
4.) creating a Revit Family from an Inventor file

Contact us to discuss how you can begin automating Revit Families for your company with the FAR Process.

Source: CAD Enhancement, Inc. – Far Process Summary
Go to Source: CAD Enhancement, Inc.

Creating Schedule from Your AutoCAD Drawing

September 16, 2009 in AutoCAD, CAD, Revit

full_folder In AutoCAD tutorial series I’ve posted, we have created our reusable contents, and use it to draw a building plan. Now, we are going to create some schedules from it. We are going to create a door schedule, column schedule, and a wall schedule. It’s not just Revit that can do that!

If you have created your own floor plan, you can use it. Or simply download this one for this tutorial.

Open your file (or mine). My file will look like this. You should be familiar with these objects :)

floor plan

Door Schedule

We can create a schedule using data extraction. It’s on your ribbon bar> insert> linking & extraction> extract data.

data extraction

This will open data extraction wizard. I’ve posted about this before, to create a report of lines length and coordinate, so I won’t be write many details this time.

Page 1 – Begin

This is the first time we use data extraction, so use create a new data extraction. Click next, and when AutoCAD ask you for file name, give it door schedule.dxe. You can use this file again later when you need to create another door schedule. Save it.

Page 2 – Define Data Source

AutoCAD give you a choice: you want to create a data extraction from file(s) or from some objects in your drawing. If you have several floor plans in one drawing, you can select them separately. But now let’s just use drawing/sheetset. Click next.

Page 3 – Select Objects

AutoCAD will recognize all type of objects you have in your drawing. Now we need to filter what kind of objects to be included in the schedule. Let’s just select the SingleDoor, and left the rest unchecked. Click next.

Page 4 – Select Properties

This time we will need to define which properties we want to be included in our report. We only need the door width. Let’s filter it first.

On the right column, category filter, uncheck everything except Dynamic Block. Now it should be only 3 properties left. Check only Width.

select properties

Where’s this width property come from? We define it by renaming the parameter to width. You can find more details in this dynamic block tutorial.

Page 5 – Refine Data

In this page you will see your schedule preview. Nothing hard here. You can sort your data by clicking the header name. Or you can arrange the column by dragging the header name. You can also choose several other options here. Try them, you can see the preview right away. Click next after you’ve done.

preview

Page 6 – Choose Output

On the next page, we can select where we want to put this schedule. You can put it in your drawing, or save it to external file (excel, database, or text).

output

Click next.

Page 7 – Table Style

If you use your own drawing, you might not yet set your table style. If you use mine, just use the standard table style. Type the table title ‘Door Schedule’. Click next.

Page 8 – FInish

Nothing here :) It’s just telling you you’re done. Click finish. Now place your table to your drawing. Or if you choose external file, then you’re done.

Column and Wall Schedule

So what about column and wall schedule? Sure, you can create them too. You should try it by yourself.

Pay attention to door and column schedule. Remember we only have one door block and one column block. But in this schedule, we can see 3 door type and 3 column type! Yup, their size are different. Data extraction can recognize it. It’s great isn’t it?

schedule

Unfortunately for wall schedule, we can’t sum them all and only list wall with the same name. It will only group wall with the same length and name. If you want to do more than that, you should choose the output to external file. Edit it in excel, then import it back. But at least you don’t have to count them manually ;)

You can also use data extraction to report any kind of data your drawing have. Points coordinate, line length, everything! I wrote how to report line length, coordinate, layer, and color here. Some one ask me that question to create laser cutting estimation. 


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Source: CAD Notes – Creating Schedule from Your AutoCAD Drawing
Go to Source: CAD Notes