How To __EXCLUSIVE__ Download 3d Models From Google Earth To Sketchup

I've been trying to find some 3d models of munich, germany as seen on Google Earth Pro's 3d-Buildings-layer. They propably have been created with google's retired building maker tool. Managed to find a nearby building on the sketchup warehouse but not much else, even with the "find nearby models" tool. Is there a way to visualize alle geolocated models on the sketchup warehouse?

I need these models for 3d printing and rendering which is why google earths photogrametry data wont do. I've seen methods of exporting that but not of the "clean" 3d buildings so the 3d warehouse is my last hope

How To Download 3d Models From Google Earth To Sketchup

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Therefore, my current workflow is to export to 3DS and import into Pro using a Placement Point that's near to my site. However, the model is imported as a single Multipatch feature, and modifying the xyz location of this in Pro is near impossible due to the complexity of the model. Furthermore, if I export out the individual layers from sketchup (buildings, cables, towers, roads, etc etc) as separate 3DS files, then I can't use placement points as an option, as each of these elements will be placed in slightly different locations.

Hi everyone. I've created several models in 3d studio max 2009 that I ultimately want to be KMZ files in Google Earth. I'm keen to the idea that I can export my model in 3d studio max to sketchup and then to Google Earth. But I would like to skip Sketchup all together due to the complexity of my models.

The process of importing google earth terrain and/or map into sketchup is pretty seamless (probably because when google first acquired sketchup they were hoping to use it to populate the 3d buildings in google earth). So lets get right to it.

Used the Sketchup Plugin for ArcGIS; For this I have saved the model as a sketchup 6 model, and on a machine which has Sketchup Pro 6 & ArcGIS 9.2, used the export as ESRI Multipatch. This works for small and simple models, but fails on my Large Model.

PlaceMaker now offers access to high quality terrain from Cesium. The high quality terrain adds a new level of accuracy and granularity to terrain models. Terrain resolution varies by location. The coverage is global and the results detailed.

whatever success autodesk failed to achieve with trying to give away a free competitor, I think it is hardly analogous, as google had google earth and gained a sketchup userbase in the range of 2-3 million; I have been writing render plugins for sketchup since 2005, so I have seen up close the whole saga, and am comfortable speculating, based on my observations personally supporting some thousands of customers, and visiting arch firms over the years to discuss their rendering needs, that a substantial portion of the remaining sketchup userbase would never even have heard of it, and made their workflows dependent upon it (and this is why the IE comparison is not applicable), had it remained with @ last

There are quite a few ways to bring in google earth imagery and dtm models in various applications. But i am trying to move it the other way. Seems like nowadays trimble sketchup even can't make kml files geolocated properly. Not there yet. Kml exports from OpenSource initiative would be a blessing.

One of the more powerful functionalities in SketchUp is its ability to integrate your models with data from Google Maps. Since SketchUp was owned by Google and initially used to crowdsource their Google Earth modeling, there are powerful, easy to use tools built into SketchUp to help both import maps into your models and also to geolocate models in Google Earth.

Components are pre-built entities that you can repeatedly use in your model, such as windows, doors, furniture, vegetations, or even human figures. Using components is a great way to make your model look realistic.

SketchUp contains a sampler of a few of the over 3000 pre-created components available on the SketchUp web site. You can retrieve additional components from the SketchUp web site by clicking The Get More button, which can be accessed by going to Component Library Browser, then Click on the right arrow next to the component library list to open the details pop-up menu. Or you can directly go to sketchup.com, and then click on Downloads.

Click to enlarge. SketchUp ( This site may be offline. ) is a 3D drawing tool designed primarily for architectural applications, however with a little bit of ingenuity it can be used to make models of 3D geological structures. It is has a link to Google Earth which allows you to bring a terrane model from Google Earth and to export your 3D models to it. However, most geological models lie below the surface, so this is not the best way to display them.

SketchUp is brilliant at importing 3D models from Google Earth, very useful when designing for a real-world location because it is so accurate. It gives you such a good 3D representation of buildings and the things surrounding them. The building itself is correct, as is the size and shape of the land it sits on, the terrain, trees, roads and everything else.

This 3D software modeling tutorial series shows you step by step how to create a suitable model for Google Earth within SketchUp. The series will start by showing you how to export data from Google Earth to use for reference, how to build and optimize the modle, texture it in Photoshop or Picasa and export and load it to Google Earth.

Part 1: Outlining the goals in modeling for Google Earth and how it is unique.

Part 2: importing terrain, resetting the origin, and other tips. If you want to build models in SketchUp for Google Earth, this tutorial will get you started.

Part 3: covers the cleaning of unnecessary geometry from your model.

Part 4: shows the hierarchy of detail which should be used in modeling for Google Earth.

Part 5: Details in Google Earth models should be shown with single flat faces.

Part 6: The default arcs and circles in SketchUp are too complicated to work well in Google Earth, learn how to simplify them.

Part 7: File size can be optimized in your model by turning repeated geometry into instanced components.

Part 8: For small faces or hard to photograph areas in your model, plain coordinated colors can work nicely.

Part 9: shows the steps to take to get your model to export to Google Earth without lines showing.

Part 10: details the techniques for getting images ready to use in Picasa, Google's imagery program.

Part 11: shows the techniques for applying photos to your model and removing their perspective.

Part 12: shows the techniques for getting images ready to use in Adobe Photoshop.

Part 13: shows some additional techniques in Photoshop which can be useful.

Part 14: demonstrates the final checklist of things to make a model "Google Earth Ready" and shows the process of posting to the 3D Warehouse.

3D Warehouse is an open library in which SketchUp users may upload and download 3D models to share.[36] The models can be downloaded right into the program without anything having to be saved onto your computer's storage. File sizes of the models can be up to 50 MB. Anyone can make, modify and re-upload content to and from the 3D warehouse free of charge.[37] All the models in 3D Warehouse are free, so anyone can download files for use in SketchUp or even other software such as AutoCAD, Revit and ArchiCAD - all of which have apps allowing the retrieval of models from 3D Warehouse. Since 2014 Trimble has launched a new version of 3D Warehouse where companies may have an official page with their own 3D catalog of products. Trimble is currently investing in creating 3D developer partners in order to have more professionally modeled products available in 3D Warehouse. According to the Trimble, 3D Warehouse is the most popular 3D content site on the web. SketchUp designers may visit 3D Warehouse to discover new products or for inspiration when designing their own.

SketchUp is a free to use software that allows the user to create accurate 3D models from spatial data gathered within the field. Designed by Google to be integrated with Google Earth, SketchUp provides the user with the functionality to geolocate a model in a spatially correct location as well as providing the correct topographic representation found within Google Earth itself. In 2012, SketchUp was bought by Trimble Navigation, a survey instrument and software manufacturer, along with the online 3D warehouse associated with it. To date, the software remains free to use and Trimble have committed to invest and grow the product, although it is unclear how this change may affect the use of this product in the future.

All three models saw an element of interpretation shape their appearance, in particular that of the Neolithic house, which drew from artistic interpretations and excavation plans detailing the location of the postholes. However, both the Southern Circle and Bluestonehenge drew from scientific information recorded during their excavations to try to re-create what they may have looked like. All the section drawings of postholes excavated at the Southern Circle were measured and averaged out to gain an average depth for each ring of postholes. These were then multiplied by three, to gain a standard height for each ring of posts (Gibson 2000). As the whole of the Southern Circle had not been excavated there were a number of postholes which looked to be missing. As a result these were placed within the model but were labelled as 'speculative'. Similarly, research was also undertaken into the standard heights of the bluestones currently standing at Stonehenge to ensure an accurate representation of how Bluestonehenge may have looked (Figure 10).

To give a SketchUp model a precise location in Google Earth: Open Google SketchUp.

Open Google Earth.

Note: For best performance, make sure SketchUp is running before you start Google Earth; otherwise, SketchUp might run slowly.

In Google Earth, turn on 3D terrain. To do this, select the 'Terrain' check box in the Layers list on the left side of the screen.

Tip: To ensure that the vertical position of SketchUp models you place in Google Earth is correct, set the Google Earth elevation exaggeration to '1.' In Google Earth, choose Google Earth > Preferences > 3DView > Terrain Quality and set 'Elevation Exaggeration' = 1

In Google Earth, use the navigation tools to frame a top-down view of the location where you want to place your model.

Tip: To get the best-possible image quality, make sure you're zoomed in as far as you can be. Frame only as much land as you need to build your model.Tip: To make sure you're looking straight down at the ground, press 'R' on your keyboard. Your camera will move to a top-down view, and your view will rotate so that North is at the top of your screen.Tip: At this point, it's a good idea to make sure the 3D Buildings layer (on the left side of your screen) is turned off.

In SketchUp, choose Tools > Google Earth > Get Current View to import the section of terrain (and satellite imagery) that you framed in Google Earth in Step 3. A flat, black-and-white 'snapshot' appears in the center of your SketchUp file.

Tip: You can also use the Get Current View button to import a snapshot from Google Earth.Note: The black-and-white Google Earth snapshot is used only for accurately positioning your model. It isn't re-exported to Google Earth with the rest of your model.Note: The latitude and longitude found in the SketchUp Model Info dialog box will always refer to the center of the Google Earth view. Moving the axes has no bearing on the latitude and longitude of your models.

In SketchUp, build a model on top of the Google Earth snapshot you imported in Step 4.

Note: You can also import a Google Earth snapshot into a SketchUp file with an existing model. In this case, use the Move, Rotate and Scale tools to accurately position your existing model on the Google Earth snapshot.Note: You can also place a model from a separate SketchUp file into the file with the Google Earth snapshot.

In SketchUp, choose Tools > Google Earth > Toggle Terrain to view the 3D version of your Google Earth snapshot. If the terrain in your snapshot is not flat, it appears as a 3D, sloped surface that reflects the 3D terrain in Google Earth.

Note: When you import a Google Earth snapshot, two versions are actually added to your SketchUp file. The first is a flat surface that's easier to work with as you build or laterally position your model. The second is a 3D surface that you use to adjust the vertical position of your model. You can switch between the two versions of the Google Earth snapshot by choosing Tools > Google Earth > Toggle Terrain or by using the Toggle Terrain button.

In SketchUp, use the Move tool to adjust your model's vertical position relative to the 3D Google Earth snapshot. Your model should not be floating above the terrain, nor should it be sunken too far into the ground.

Tip: To 'lock' the Move tool so that you can only move in the vertical (blue) direction, press either the Up Arrow or Down Arrow key on your keyboard.Tip: If something you're trying to move in the blue direction won't move in that direction, it might be glued. To unglue it, right-click on it and choose Unglue.Note: If you're unable to get your model to sit on the Google Earth snapshot without having it float or be sunken too far underground, you might consider adding material to the bottom of your model. The terrain in Google Earth is not 100% accurate, so some adjustment of models in SketchUp is necessary to make them appear correct when they're viewed in Google Earth.

In SketchUp, choose Tools > Google Earth > Place Model to export your model to Google Earth. Google Earth becomes your active application, and your model appears on the terrain in the location you specified using the Google Earth snapshot.

Note: You can also use the Place Model button to export your model to Google Earth.Note: If you're having trouble seeing your model in Google Earth, please take a look at this troubleshooting article for help.

Note: At this point, the model you've placed in Google Earth is visible only on your computer - no one else can see it. To share it with other people, you have at least two options: You can save it as a Google Earth KMZ file that you can email or otherwise send directly to other people. You can upload it to the Google 3D Warehouse, where anyone you specify can download it onto their computer. If you want your model to appear by default in the 3D Buildings layer in Google Earth (so that it's automatically visible to everyone in the world), this is the approach you need to take. ff782bc1db