To get started using this in your workflow, download the extension straight from Extension Warehouse today. ![]() More of a visual learner? Check out this demo. Ability to change point cloud transparency, change the selection priority, and create section views.Comparison capabilities using your 3D model & point cloud. ![]() Importing and viewing point clouds from terrestrial scans, mobile mapping, and drones within SketchUp.Check out the perks you’ll get to take advantage of in your workflow with Scan Essentials: If you are a general contractor, urban designer, or architect, you’ll love the ease and accuracy of Scan Essentials. Inspect and compare the accuracy of your model to the point cloud data using a nifty comparison feature. Lastly, add on your final touches to really make it shine. From there you can lock on to points and dramatically increase the accuracy of your model. Large data sets are optimized using Trimble’s scanning engine to ensure smooth modeling. Once you’ve imported your file type, you can start your 3D modeling workflow in SketchUp. Keeping interoperability top of mind, you are able to import a variety of industry-standard file types such as E57, LAZ, and LAS as well as the Trimble RWP format from terrestrial laser scanners, mobile mapping devices, and drones. With Scan Essentials, you can import, view, and model from 3D scan data directly in SketchUp - in a matter of minutes. If you have to create the same curve on all four corners, using the subtract method may be the better option for creating a cutout in Sketchup.Are you looking for a quick, easy way to turn point clouds into 3D models? Well, it’s your lucky day! We’re proud to announce a SketchUp integration with the new Scan Essentials extension from Trimble. The first method can be a bit tedious, but for a small shape, it will give you the smooth curve you are looking for. Hold “ctrl” while using the eraser tool to hide the extra lines. If the subtract tool isn’t working, it could be that there is a line intersecting with the shape somewhere or the geometry isn’t closed.Įrase. Click on the “subtract” tool from the “solid tools.” Select your cylinder shape and then select the rectangle. Right-click somewhere in the top menu bar and make sure “solid tools” is selected. Double click on the rectangle and select “make group.” Select the endpoint at the top of the shape and drag it to connect with the top endpoint of the arc in the rectangle. Double click on the shape and select “make group.” Select the circle outline, click on the “follow me tool” and then select your shape. Click the top of the shape and drag the mouse to draw a circle on the green axis. Copy one face of the shape you drew and place it next to the rectangle.ĭraw a Circle. The second way to create a curved cutout in Sketchup is to use the shape you created to cut into the rectangle. This will smooth out the geometry and give you a soft curve. Hold “ctrl” while using the eraser tool and drag it over the lines you want to hide. Use the eraser tool to hide the lines on the curve. Then, find the endpoints between the edges of the cutout shape and connect each one.Įrase. The first method is to delete the faces of the shape you just created. There are a few different ways you can achieve this.ĭelete. Now that we have the basic shape, we can create the actual cutout. ![]() Right-click on the shape and select “flip along” > “red axis.” Move the shape so that it lines up with the first one. Copy and paste the shape to the adjacent face of the rectangle. Right-click on the shape and select “reverse face.” If the shape does not have a face after you delete the extra lines, simply draw a line connecting the top arc to the bottom arc.Ĭopy. If your new geometry doesn’t look the same as the rest of the model, you’ll want to reverse its face. Now we can delete the extra lines we used for closing off the arcs. Right-click on the shape you just copied and moved and select “flip along” > “blue direction.” Make any final adjustments for where you’d like your cutout. Press “m” and then “ctrl” to move a copy of the arc along the blue axis. We close off the arc because Sketchup doesn’t allow us to flip lines by themselves. Close off the arc with a line to create a shape and a draw a straight line along the blue axis. Use the arc tool to draw an arc on one of the faces. Use the “push/pull” tool to extrude it up.ĭraw an arc. To mimic the original geometry, let’s start by drawing a rectangle.
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