3D Modeli Landshaft4/19/2021
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3D Modeli Landshaft Free 3D ModelsUse filters to find rigged, animated, low-poly or free 3D models.Available in any file format including FBX, OBJ, MAX, 3DS, C4D Filter 2 500 2. When you export the scene, qgis2threejs will create a number of files and folders which you can then put on a web server so that the world can see how amazing you are. Its been a while since Ive posted a QGIS tutorial so with the release of QGIS 3.4 I thought I should do another one. This post is about how to create an interactive 3D model in QGIS 3.4 which you can then export and view in a web browser, like the one you see below. You can see the interactive web version here - its great fun to play around with, particularly when you press R and watch it rotate. This kind of thing was possible in previous versions of QGIS but I think there are some great improvements with the new version of the Qgis2threejs plugin that you create this with (thanks to Minoru Akagi). 3D Modeli Landshaft Install Via TheAll you need to make this work in the way that I have is a) QGIS 3.4, b) a DEM layer (that is, a raster layer with elevation data in it), c) some kind of satellite or aerial imagery, d) the Qgis2threejs plugin which you install via the Plugins menu in QGIS and e) a bit of time. There are many sources of digital elevation model data but for this I used NASAs 30-meter resolution elevation data from the Shuttle Radar Topography Mission, which is very easy to download thanks to Derek Watkins tile grabber. As is normally the case with this kind of thing, the area I was interested in was split between two tiles so I patched them together in QGIS (Raster Miscellaneous Build Virtual Raster). I chose Kauai in Hawaii because of its size and varied terrain. For satellite or aerial imagery, the usual approach would be to add a layer in QGIS using the QuickMapServices plugin (e.g. Google Satellite layer) but in this instance I used a Landsat 15m image from the State of Hawaiis Office of Planning GIS pages. This is a bit better quality than those available via QuickMapServices so I used this. When you have the DEM data and the Landsat imagery in QGIS 3.4 it will look something like this. You then activate the plugin by clicking the icon (see above) and its a case of playing around with the options until you are happy with what you see. Since qgis2threejs has excellent documentation, I wont go over all the steps and options here but I would just add the following points - and see point 5 in particular. Ive exported three versions of Kauai, one for each - you can see the difference by opening them in a web browser but basically the lighting will look different depending upon which one you choose. On the DEM settings youll get a much crisper visual with the resolution set to 400 but the file size will be bigger and it will most likely load slower in the browser. When you try this from QGIS 3.4 it will attempt this but if your default browser is Chrome or Internet explorer then youll get an error message. This is a known issue so youll have to view in Firefox or Edge (I havent tried other browsers) to overcome it. This is only a local problem - its fine viewed over the web in any browser. I did this to give the image a kind of morning glow look to it. See below for a comparison between a colorized and non-colorized image. Its no longer Times New Roman font either, so thats an improvement too. ![]() Ive added another screenshot below to show you how to set this up.
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