Download Georeferenced Image From Google Earth

This help guide outlines the process to georeference (geographically place on the surface of the earth) a scanned map or aerial image and digitize features from it in Google Earth Pro, a desktop software.

I am aware that a user can download imagery from Google Earth/Digital Globe in SketchUp under File > Geo-location > Add Location. Once you do that and build a model, you can export it as a .kmz and it will open in the correct location in Google Earth.

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I am hoping there is a way to upload my own high res, georeferenced image into SketchUp to base my models on. The whole point being that I can use my own high res imagery to build models with a more precise geographic location and export them as georeferenced models.

I've been working on data from OpenStreetMap in QGIS. I've been trying to add an image of my site which I got from Google Earth Pro so I could continue adding information that isn't available on OpenStreet Map. But I can't seem to georeference it properly.

I'm just starting to use QGIS so I've followed the georeferencing tutorials and tried a bunch of things to try to sort it out but I've run out of ideas. I've tried with different CRS (WS84, WSG/Pseudo Mercator). I've input the coordinates that I got from Google Earth, trying both DD and DMS and including the "-" for the Y since I'm in the South. I've also tried different transformation types, tried disabling or enabling "on the fly" projection etc. But when georeferencing, the image and the openstreet data do not correspond. Most of the time, the image appears in the wrong location (next to my site), a lot bigger than it should, and completely flat.

I have aerial view images (.TIFF) which I have georeferenced using ArcMap 10.4. What I am trying to do with the images is export them with the georeferenced data attached and import them to Google Earth Pro. What would be the best way to go about this task?

I have noticed that if I import these kmz layers into ArcGIS, the georeferencing goes way off. Is this something to do with the way the two programs store/deal with georeferencing of images? The issue seems to be related to the rotation of the image; images rotated further from 'up=north' have worse issues, with unrotated images more or less unaffected. Both the rotation and dimensions of the image are affected by this.

I should clarify: I want arcGIS to be set in the X/Y values I am using so I can add data from a spreadsheet quickly and have it appear correctly on my map. To accomplish this I don't think I can just ignore which projected coordinate system the map is set to.The units I am using are meters (approximately -2000 to 1000 horizontally and -2000 to 1000 vertically). Essentially, I am trying to get arcGIS to display the XY coordinates I want when I hover over a specific part of the image instead of whatever it has pre-defined.

You can use the Asset Manager or command line interface (CLI) to upload image or other georeferenced raster datasets in GeoTIFF or TFRecord format. (See Importing Vector Data for details on importing vectors using the Code Editor.)

To upload an image from a TFRecord file, you must have the associated mixer file that was generated when you exported imagery on which you performed inference. See the export page for details on the mixer file. More specifically, to import predictions (as an image) made on exported imagery,

The geometry of SAR images is quite different from optical imagery (SAR is not a nadir-looking camera but a side-looking radar). If you want to see them in map-geometry you need to terrain-correct, there are tutorials in here:

Typically I will bring in an image from Google Maps to overlay linework or control points on but that seems redundant with the capability of turning on Map view in TBC. The snag I ran into this morning is that it does not look like you can print the Map View as an underlay in Plan sets.

It has to be a Physical Image in the Project Pat. So what I do is use the Capture Image command to capture a High Res Image from the Background Map and then import it (it is a georeferenced Image automatically) and then you can turn off the Background Map because you now have a permanent image in the project. Now you can also use the Image properties to fade the image / grey it into the background etc and set its print priority etc so that your lines site on top of it etc. If you need to you can also add the image to your surface to enhance your 3D Views, you can also patch out the area of the Project from the Image and patch in your CF Map etc as needed.

I thought maybe there was a quick and easy way to export a georeferenced image from Google Earth to bring into TBC. That would eliminate some of these issues but after some extensive research it sounds like exporting a georeferenced image from Google Earth violates legal agreements and does not exist for that reason.

In particular, I'd like to attach a saved image from Google Earth and accurately save its longitude and latitude so that when I export a DWG to SketchUP whatever I've drawn as a base drawing over the image can export correctly back into Google Earth.

There is no simple way to do this as Google Earth does not offer georeferenced export in the base product. As far as I know, to save an image with a world file you will need to purchase the Pro version. I have noticed after doing a search that some individuals offer up software that may be able to do this; but it is in the grey area of legality so you will have to look into that yourself.

Thanks Rakesh, but inserting an image using its world file is not the issue. We can already do this with Bricscad without additional tools - the problem is trying to insert a google earth image at its correct world location when Google Earth does not provide the world file.

OGC GeoTIFF Standard is an OGC Implementation Standard. GeoTIFF is based on the TIFF format and is used as an interchange format for georeferenced raster imagery. GeoTIFF is in wide use in NASA Earth science data systems.

A number of mathematical methods are available, but the process typically involves identifying several sample ground control points with known locations on the image and the ground, then using curve fitting techniques to generate a parametric (or piecewise parametric) formula to transform the rest of the image.[3] Once the parameters of the formula are stored, the image may be transformed dynamically at drawing time, or resampled to generate a georeferenced raster GIS file or orthophoto.

The registration of an image to a geographic space is essentially the transformation from an input coordinate system (the inherent coordinates of pixels in the images based on row and column number) to an output coordinate system, a spatial reference system of the user's choice, such as the geographic coordinate system or a particular Universal Transverse Mercator zone. It is thus the extension of the typical task of curve fitting a relationship between two variables to four dimensions. The goal is to have a pair of functions of the form:

The issue is that I want the non-photographed google map portions that surround my area included in my final image file, rather than a white background, so I can have a complete rectangular map with my own images overlaid over a google map. I can open the tiff file in google earth and save an image that includes the dimensions I want, but it saves it at google earth resolution not gigapixel resolution.

Basically once it goes into google earth, it can only come back out low-res. If I could get it out in high-res that would be great since I also downloaded a KML file from google maps with a lot of location data and wanted to incorporate that into my GeoTIFF image. I can load them both into google earth and they look perfect, the goal is to eventually get a single high-resolution JPEG.

To add an image file as a georeferenced image to an ArcGIS Online web map, the image must be georeferenced in ArcGIS Pro, and published as a hosted tile layer in ArcGIS Online. To do so, follow the steps below.

Jimmy Cleveland, post: 362827, member: 91 wrote: Now that I am working at my new job, and working on projects of a much larger scale, I am finding the benefits of having georeferenced aerial images as backgrounds for some of my projects.

while I was searching for the Best way to import google earth imagery or surface into civil 3d 2018

I ran into this article,

-earth-and-civil-3d-485310

so I installed the google earth pro software and expected to find a tap in civil 3d 2018 to do so,but unfortunately I didn't

Go to Featured Apps tab in the ribbon then click 'Connect to App Store.' Type imagery in search box. Whatever app you plan on using, make sure it can bring in Google maps, such as Google Earth Pro. Some apps do and some don't use Google imagery. When you combine Google Earth Pro with 3rd party software, aerial imagery is easily downloaded and will be accurately georeferenced in your drawing..

I second the use of PlexEarth, its been great since Civil 3D no longer supports the direct connection to GE. We've also saved the image from GE, and used the BING imagery to align the GE image (without PlexEarth). Many times the GE imagery is more up to ff782bc1db