Showing posts with label ifc2skp for SketchUp. Show all posts
Showing posts with label ifc2skp for SketchUp. Show all posts

Tuesday, July 8, 2014

Flowing surfaces without plugins!

If you want to make a curved surface in SketchUp, in can be a difficult process to get it just the way that you want it. You can draw it manually line by line, by this is very time consuming and it is very hard to make it look good and smooth. There are plugins that make this much easier, but I’ve discovered a way of getting smooth rounded shapes just using basic SketchUp.

There is a method that I call “Pull and Scale” that is an easy way to make almost anything that you can think of. Here are some examples of models that I’ve made using this method.

Flowing surfaces without plugins

For this tutorial, I will show making the front part of this space shuttle:

Flowing surfaces without plugins

The easiest way to start is with images or line drawings of the front, side and top. These are easy to find online for almost anything you want to make.

Flowing surfaces without plugins

Of course, reference drawings aren’t necessary for this procedure, but I like having them to make sure that the model I draw is in scale. I typically trace over the drawing to get the overall shapes that I want to work with. Also, since the shuttle is symmetrical left and right, I make trace half shapes. This way you can mirror it over in the end and your model stay perfectly symmetrical.

So choose the starting method that you like best. For this tutorial I setup the images as follows, and trace over them. Notice the only one of the shapes is filled in. This is the face that we’ll be working with. The face of the others has been deleted so it’s just linework. This makes it easier to see what you are doing. Make the line work groups, so you don’t accidentally change the shape of it while modeling. If also helps to lock the object so you can’t move it at all.

Flowing surfaces without plugins

Flowing surfaces without plugins

Using the Pull tool, pull the face out a bit. The smaller you pull it, the smoother the final shape will be. For a more complicated shape, or for parts that are much more curved, use a very small pull distance. For this relatively simple shape, I can use a larger distance.

Flowing surfaces without plugins

Select the new face on the end and using the Scale tool to change its shape. Be sure to not scale the shape using the grips in on the left side of the shape. This will make an uneven surface to mirror the shape in the end. This is where the reference line drawing come in handy. You can snap to them to make sure that you are getting the correct shape.

Flowing surfaces without plugins

Continue this procedure for the entire shape. Notice that for the front tip of the shuttle, I used a smaller pull distance because I wanted a smoother nose.

Flowing surfaces without plugins

Highlight the entire model and go to Window -> Soften Edges, and set the slider to around 45 degrees. This will makes the shape look much smoother.

Flowing surfaces without plugins

When the shape is complete, delete in inner and back faces and lines, so you are left with the shell only.

Flowing surfaces without plugins

Now using the move tool select the model and press Ctrl to make a copy. Place the copy next to the original shape.

Flowing surfaces without plugins

Right click on the new shape and choose “Flip Along… -> Component’s Red” (or Green depending on how your model is oriented)

Flowing surfaces without plugins

When you move the shapes together, the edges to fit perfectly.

If you see any of the following on your model, it means that at some point in the process you either scaled incorrectly, or you accidentally changes one half and not the other.

Flowing surfaces without plugins

Once done correctly, you should see this:

Flowing surfaces without plugins

Select the whole model again, and open up the Soften Edges dialog again, and smooth the new edge. For this, make sure the “Soften coplanar” option is selected

The basic shape is done!

Flowing surfaces without plugins

Now you can further add things like windows, by tracing the line drawings, extruding and moving the shapes so they intersect the shuttle at the correct places. Like this:

Flowing surfaces without plugins

Right click on the hull and choose “Intersect face… -> With model”. Now when you delete the shapes you just created, you will be left with the shapes “stamped” onto the curved hull.

From here you can use the paint bucket to colour the windows separately from the rest of the cockpit. Using this method, you can complete the rest of the cockpit. I’ve developed this one a bit further:

Flowing surfaces without plugins

Now that you know this method, the only limit is your imagination!
Raylectron Textures Exporter...

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Published By
Rajib Dey
www.sketchup-ur-space.com
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Tuesday, June 17, 2014

Learn the solar study animation with sketchup

Sketchup is a great tool for performing solar study analysis perfectly. Follow the processes given below for developing a solar study with sketchup.

Visit Window>Model Info>Location

If you are not familiar with the geo-location of your site, take help from Google. Finding proper location of the site is vital to ensure that the shadows are perfect. If you can’t find the accurate coordinates, just put in the general city.

After that you should have to specify the date and time of day: Window>Shadows

Concentrate on the Time and Date.

The Summer Solstice, June 21, consider as the longest day/shortest night, December 21, as the shortest day/longest night, and the Equinox, March 21 and September 21, is where the days/nights are identical.

One will get a clear picture of the extremes and median of the shade and sun of your site by animating these three dates.

Make a scene on the hour, every hour begins in the morning. Window>Scenes>Add Scene

While choosing a scene in the Scenes window, press the refresh button and update the shadow settings as well as the camera angle to replicate scenes for the solar study, or to arrange the animation scenes one time, and then import a new model into your solar study template.

Ward Lester has presented some exclusive videos through which he shows how to use sketchup for making solar study animation of a great room of the designed house. The animation is created with the shadows and scenes window of sketchup.
 
   Learn the solar study animation with sketchup 
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  Published By 
  Arka Roy
  www.sketchup4architect.com
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Sunday, June 15, 2014

Portola High School in California Takes to Kickstarter to Fund a 3D Printer

3D printing in schools has only recently become a reality. While there are many schools around the world that have already had the opportunity to bring 3D printers into their classrooms, the majority of schools are not quite there yet. The reasons are quite simple. There are a lack of funds, a lack of knowledge, and in most cases, not enough motivation from students, teachers and faculty.

However, this isn’t entirely the case for one school, located in the mountains of Northern California. Portola High, a small school with 17 teachers and 237 students, has more than enough motivation, but is lacking the required funds.
Fortunately for Portola High, they have one teacher, Bran Freschi that is bent and determined to find a way to get a 3D printer for his school. Freschi, who was hired last year as a Learning Specialist, to work with students with learning disabilities, came up with the idea to pursue 3D printing at his school this past fall.

After attending a STEM conference in Sacramento in the Fall of 2013, myself and a few teachers got to see and touch a real 3D printer,” Freschi told 3DPrint.com. “I instantly fell in love with it.”

That 3D printer was a MakerBot Replicator, and the MakerBot saleman at the conference gave Freschi a 3D printed nut and bolt that had been printed right in front of him. According to Freschi, that’s what sealed the deal.

“Since that day, I have showed that little toy to hundreds of people, and their reaction is always the same: Their face gets scrunched up and they say ‘Wait…what?’,” explained Freschi. “Then I get to explain to them how a 3D printer works; like a big hot glue gun with a weed eater line in the back of it, materializing objects in all three dimensions”

We asked Mr. Freschi, how this 3D printer would get used in his school, and he was more than prepared to answer. We could tell that he has huge plans on integrating the MakerBot Replicator into his classes, as well as the classes of other teachers. He informed us that he has one ‘career tech’ teacher and one math teacher on board. The career tech teacher would offer a 3D printing and Sketchup class, while the math teacher plans to create some mathematical lessons around the printer.


Freschi plans to utilize the 3D printer in his classes by designing and printing items that can be sold, in order to give his students life skills centered on work ethic, communication, and financial topics. He also sees uses for the printer in other areas of the school, including art, science, and technology. He hopes that art students can print out art work, as well as useful tools.

“I have a grand plan of implementing a recycling program at our school that would utilize a grinder and an extruder to make our own ‘recycled’ 3D printer filament,” Freschi told us.

Finding funding for the printer has been the largest hurdle. Freschi has approached the school board indirectly, about getting funding, but was unfortunately shot down. However, one of the school’s administrators really believed in the idea, and encouraged Freschi to continue to look for funding sources. Finding funding through the PTA or Boosters was not an option in Freschi’s mind, as he didn’t feel that they had money to spend on a device that none of them probably understood. So, he came up with the idea of funding the printer via Kickstarter.

“I thought of Kickstarter pretty early on, and lots of kids showed interest in the process,” explained Freschi. “I started building the campaign way back in October. After the campaign was finished, literally ten minutes before we hit the launch button, the district office put the brakes on it, telling me that they needed to be the recipients of the funds, and not me personally. Long story short, I eventually got around this district policy by soliciting the assistance of the Booster Club. They agreed to take the money from the Kickstarter campaign, buy the printer and then donate it to the school.”

The Kickstarter campaign launched just a little over 2 days ago, and it has already raised over $1,000. Freschi informed us that it has been received very well by the entire community, and all of the schools in the district are “buzzing about it”.

Backers of the campaign will be awarded with one of several items, including decals, t-shirts, customized 3D printed phone cases, other 3D printed items and more.

Help Mr. Freschi, and his school raise funds for this project by donating as little as $1 to the cause, via their Kickstarter campaign page, or by sharing this story. Discuss this project, and let us know if you have donated to the cause in the ‘Portola High Kickstarter Campaign’ thread on 3DPB.com.

Portola High School in California Takes to Kickstarter to Fund a 3D Printer  

Portola High School in California Takes to Kickstarter to Fund a 3D Printer 

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Published By
Arka Roy
www.sketchup-ur-space.com
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Thursday, June 5, 2014

Brief introduction of sketchfab, a web based platform to share 3d models easier

Rajib Dey - Editor-in-chief

3D modeling plays an important role in the technological advancement of the current era. France based Sketchfab make it easy for internet users to access 3D models from anywhere of the globe. Sketchupfab is a useful platform where the users will be able to upload their 3D models either through any web browser or directly from any 3D editor devoid of any plugin and distribute these models with others via leading social media platforms like Facebook, Behance, LinkedIn, Kickstarter, DeviantArt, WordPress, and other forums. The users can view as well as edit these models in web supported 3D editor and utilize the models which were uploaded earlier.

Sketchupfab is compatible with 3D Studio Max, AutoCad, Blender, Cinema4D, GrassHopper, Inventor, Maya, Minecraft, Modo, Sketchup, Solidworks, Unity and ZBrush.

Sketchfab had started its service in March 2012 and at present over 100K users consider it as a universal go-to platform for circulating 3D models through web.

Sketchupfab is providing support for a wide array of 28 formats of models. In January, it has tied up with Adobe that facilitates the users to make 3D models in Photoshop and adequately distribute their design through Sketchfab.

The users also get the ability to explore through a catalog of numerous models produced by others. Any interactive 3d model can also be implanted.

The users can access Sketchfab at free of cost but the free plan is valid for uploading 50mb at a time or applying basic tools. For unlimited usages, the users have to pay $10 per month (for individuals) or $29 per month (for businesses).

Some leading investors like Partech Ventures, Balderton Capital, Borealis Ventures, and a mass of individuals provide financial support of $2.5 million to Sketchupfab.

Brief introduction of sketchfab, a web based platform to share 3d models easier  

By applying Exporters plugins of sketchupfab, the users can directly upload their 3d models from inside their 3D modeling software.

The material editor can be applied to polish up the rendering of each material of any scene in real-time through Sketchfab viewer. The users can access it from the edit panel, situated at the right side of the viewer. It catalogs all your materials with the names assigned to them. Picking a material will place the camera view in center on it and choose its area on the model. All your textures are also scheduled there. The users can substitute them or upload fresh ones, and opt for a color with the color picker.

How it performs:-

Sketchfab is completely browser supported, and the users don’t have to download or set up any supplementary 3rd party software for executing any work. The users should require a browser well-suited with WebGL to get the models in their full 3D atmosphere. The users have to open a free account and upload a 3D model in 28 supported formats. The available server in sketchfab will process the file, and demonstrate it in real-time in any browser through some recognized web technologies like WebGL and HTML5. The Sketchfab 3D viewer uses the WebGL JavaScript API to present 3D models and is built with the open-source OSG.JS JavaScript library. The users will be able to include meta information and distribute their model on the web. The users can also take out the models which are already uploaded at anytime from their dashboard. The users can implant the viewer on any web page, similar to a YouTube video.

Mobile compatibility

WebGL is well-suited with the following mobile operating systems/browsers:
  • Android 4.0 with Firefox beta and Google Chrome
  • Blackberry default browser
For mobile phones that are not compatible with WebGL, along with iOS, the Sketchfab viewer applies a 2D fallback showing a pre-rendered 3D model with 360° view.

Brief introduction of sketchfab, a web based platform to share 3d models easier  

The application of Exporters:-
  • Download an exporter situated on the left side of the sketchup website
  • Set up it on your 3D software,
  • Provide your API token (given in your Password settings),
  • Export your model.
Sketchupfab provides following benefits to the users:-
  • Provide secured way for displaying any work online
  • Contain the features like easy distribution, magnificently comprehensible surface, intuitive navigation
  • Superior in-browser 3D technology that allows the users to create great products and glimpse all the great designs
  • An online 3D viewer to exhibit all the models for unlimited time
Some days ago, Sketchfab launched the second version of its 3D platform. On the updated website, the users will be capable giving comment on 3D models as well as following people to curate a newsfeed of 3D models and more. The total browsing interface was completely revamped. Categories, folders and tags are fully updated. One can look for users by locations and skills, browse content by folders or categories. The upload procedure becomes uncomplicated. Lastly, it’s a responsive website compatible with your phone, tablet or computer.


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Published By
Arka Roy
www.sketchup-ur-space.com
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Tuesday, May 6, 2014

New foldable smartphone that can take up a sketchup model and make it 3d printed

A researcher group from Canada has made the world’s first ever foldable smartphone alias PaperFold that can be transformed to a tablet and a notebook through a set of screens and hinges. The users can utilize the individual screen separately or as a solitary system.

The device can be customized as per the requirements of the users. As for example, it’s display can be folded inner to structure a phone as well as size can be folded outward for making the size bigger for reading maps, and it can be transformed to a makeshift laptop along with a keyboard.

This mobile gadget will be very useful for 3d modeling professional as well as sketchup users as it can provide the following benefits:-
  • This shape-shifting smartphone facilitates the users to bring in three flexible touschscreen displays. The users can straighten three displays and transform view to a Google map that covers all screens.
  • The users can present the map in Google Earth view by outlining PaperFold into a convex globe.
  • While positioning PaperFold into the form of a 3D building after viewing a map will take up a Google SketchUp model of the building and change the gadget into an architectural model to be 3D printed.
The developers do not the reveal that when the product will be ready for commercial application.
 
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Published By
Arka Roy
www.sketchup4architect.com
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Monday, May 5, 2014

SketchUp 2014 includes several BIM processes

In sketchup 2014, there exists an add-on tool alias LayOut which is compatible with a BIM (building information modeling) program.

Besides, Sketchup 2014 contains the classifier tool and IFC export capabilities. The 3d modeling professionals can now export out in indigenous file format through sketchup. IFC export of SketchUp facilitates the users to transfer any SketchUp files into various other tools like Solibri, the exclusive clash detection tools.

 The classifier tool allows the 3d modeling professionals to develop their models by metadata with the help of classifier tags to geometry, applying industry-standard object types ranging from walls, slabs, roofs and lots other.

The users can also produce or utilize supplementary classifying systems which contain gbXML and others along with custom schemas.

In earlier version of sketchup i.e. sketchup 2013, allows users to read native sketchup models through all the leading CAD/BIM programs like AutoCAD, Revit, ArchiCAD, Vectorworks, Microstation, TurboCAD and others.

By applying BIM, the users can alter the virtual building within the BIM and the documents (plans, elevations, sections) are revised automatically necessitating only inconsequential work through notes, note leaders and possibly dimensions.

In SketchUp 2014 there exits Auto-Text tags which can deal with page numbers, today’s date and project title and save significant hours of recurring work. Sketchup 2014 also includes a new Smart Labels which can create data in LayOut views automatically.

In future, the sketchup team will transform LayOut to a full-featured drawing tool (by incorporating more drawing tools) for architects similar to a modern CAD program. There will be more integration.

SketchUp 2014 includes several BIM processes   

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Published by
Arka Roy
www.sketchup-ur-space.com
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Wednesday, April 23, 2014

Friday, April 11, 2014

3D Design Software – Trimble SketchUp #3DThursday #3DPrinting

This week, I am sharing about 3D design software that I recommend for those who want to get started with design and modeling for 3D printing.

Thanks to the efforts of Thingiverse superusers like Michael “Skimbal” Curry, Trimble SketchUp (formerly Google SketchUp) has been the tool of choice for some of the most popular items from desktop 3D Printing. (See the Gothic Cathedral Playset below.)
With its intuitive “direct modeling” style of control (you will see ideas like these explored in 123D Design) and powerful free version, new 3D designers world over often get started in the craft using this tool. This app has a training system built right into the software itself, to quickly introduce new users.

Be mindful that the output from SketchUp was initially designed for rendering only — your model might need repair before it is ready for printing. There are a number of tutorials online to help you make sure your model is manifold when you export it.

3D Design Software – Trimble SketchUp

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Published By
Arka Roy
www.sketchup-ur-space.com
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Wednesday, May 30, 2012

ifc2skp for SketchUp


IFC2SKP is the Plugin for Google SketchUp and this is directly works inside SketchUp and works directly to import IFC formatted into the SketchUp. The IFC used for the creating 3D architectural model and the format is neutral data. It also widely works for CAD or BIM programs such as Revit, ArchiCAD, Autodesk Architectural.

ifc2skp for SketchUp
IFC2SKP for SketchUp 8 version is a Plugin for Google SketchUp 8. IFC2SKP will not only import the geometry but also import the data and display each object. The IFC2SKP beta plug-in was created by the research depart of Secom IS Lab. Secom is one of the largest providers of architectural security system. Secom Lab also want to distribute the beta version of IFC2SKP to the SaketchUp.

Download IFC2SKP.
ifc2skp for SketchUp