![]() You can also click and drag any points you’ve already set. If you want to remove the last point you set, select Undo. The line between the two points will be yellow, and the distance between them will be displayed. Now hide your flight path by clicking the Style,Color tab and set the Opacity to 0%. Select your starting point by clicking on the map. Of course you can play around with the altitude until you get the view you like. Instead of Clamped to ground, select Relative to ground and then set the altitude (in meters) to 300. You are still on the Path properties, click the Altitude tab. Tips: use sweeping curves and/or straight lines for your path. In this example, we’ll hike up Kennesaw mountain, and then follow the service road to get back. If want to re-do the path at this point, just click Cancel and start over. Right-click on the item you saved in your places panel and choose Show Elevation Profile. When you get to the end of the path, release. You can click and drag your mouse to draw your curved path. From this point, move your mouse slightly until the pointer changes back to a crosshair. You can click on an anchor point and drag it to a different spot if you need to. You should now have a straight line for your path. The Google Maps API is able to return elevations for points anywhere in the world these are often (but not always) the same elevations youd see in Google. Move your mouse to where you want to start a curved path and click again. ![]() When it is activated a continuous display of the latitude and longitude coordinates of the cursor is displayed, along with the 'eye altitude.' The Status Bar can be activated within the drop down menu under the 'View' tab, the third tab from the left at the top of the Google Earth screen. Click once to set the first anchor point. Using Google Earth, the 'Status Bar' must be on. Let's assume your path will start out as a straight line. The mouse pointer will be a square crosshair. Move your mouse pointer to the starting point of your path. Remember that you can change the camera angle by going to Tools > Options. That's because the camera is not pointing straight down but at an angle. The starting point of your path must be a distance away from the first thing you want your viewers to see. ![]() It is also interesting to note that they not only. When you close it, the Path option will be clickable.įor the Name, enter the listing address (or whatever you want to call it). It looks like they all rely on Googles mapping API so the accuracy should be the same for all of them. Tip: if Path is grayed out it indicates that there is an operation such as Recording or Play Tour that is still open. Thanks for the response and I am hoping some other will have more ideas.From the Menu, select Add > Path. An I almost forgot, In my designs I set the location height to a value that is about 10 feet above the elevation indicated in Google Earth Pro so it should hover above the ground level. Maybe someone from Graphisoft can find out why Archicad doesn't use more of a systems resources to speed things up and why the things don't work more smoothly. I tend to only develop very large projects and I am finding this poor "compatibility" with Google Earth very frustrating, especially when wanting to use this capability to present projects. The worst part is waiting 30 minutes for the file to be converted and then when Google Earth opens it goes to the correct location and then say "Can't Read File". In my case Archicad only uses about 15% of available CPU resources and only about 16% of my ram (32GB). I have figured out that the long time is caused by the translation from Archicad into a. ![]() I also agree that large designs do take forever to transfer and I have some that have taken over 1 hour. ![]() Initially the building shows in the "temporary" section and I can save them to the "my places" section even though the building is not showing. ![]()
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