Lat/lng from geocoding tends to not be recognized by street view as being too far from a street, sometimes getting the wrong street altogether, because the lat/lng it generates may be off the street, as it tries to match the location of a house.

I still think there's a particular field of view that's displayed. Don't know you'd figure that out though. Not sure why'd you'd want to know other than trying to recreate/duplicate it but I'm now curious.


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there is a partner program with Google whereby photographers who have undergone googles certification program produce streetview material for commercial and other premises that cannot be shot with the car, and Google doesn't want to do for free with their quad bikes..

primarily the work was to produce a street view tour of businesses which was then linked back by ourselves into the nearest streetview node created by googles cars.... so I did a museum, pubs, restuarants, even a gay sauna... (don't ask).

We shot all of these manually, and including outdoor links from the nearest node into the premises so folks can navigate down the street, and then straight into the business. so they are totally seemless with the normal streetview shots..

Google Street View is a technology featured in Google Maps and Google Earth that provides interactive panoramas from positions along many streets in the world. It was launched in 2007 in several cities in the United States, and has since expanded to include all of the country's major and minor cities, as well as cities and rural areas of many other countries worldwide. Streets with Street View imagery available are shown as blue lines on Google Maps.

The drag-and-drop Pegman icon is the primary user interface element used by Google to connect Maps to Street View. Its name comes from its resemblance to a clothespeg. When not in use, Pegman sits atop the Google Maps zoom controls. Occasionally Pegman "dresses up" for special events or is joined by peg friends in Google Maps. When dragged into Street View near Area 51, he becomes a flying saucer, and when dragged near the Florida Keys, he becomes a mermaid. When viewing older views, the Pegman in the minimap changes to Doc Brown from Back to the Future.[30]

Google announced in May 2017 that it had captured more than 10 million miles (16 million kilometres) of Street View imagery across 83 countries.[31][32] Maps also include panoramic views taken underwater such as in West Nusa Tenggara underwater coral, in the Grand Canyon, inside museums, and Liwa Desert in United Arab Emirates, which is viewed from camelback.[33] In a ten-day trek with Apa Sherpa, Google documented Khumbu, Nepal with its Mount Everest, Sherpa communities, monasteries and schools.[34]

Google Street View will blur houses for any user who makes a request, in addition to the automatic blurring of faces and licence plates.[47] Privacy advocates have objected to Google Street View, pointing to views found to show men leaving strip clubs, protesters at an abortion clinic, sunbathers in bikinis, and people engaging in activities, visible from public property, which they do not wish to be seen publicly.[48] Another concern is the height of the cameras, and in at least two countries, Japan[49] and Switzerland,[50] Google has had to lower the height of its cameras so as to not peer over fences and hedges. The service also allows users to flag inappropriate or sensitive imagery for Google to review and remove.[51] On the other side of the blurring issue are those who wish their home or property to be unblurred, as of 2023 there is no process to have an image or object in Street View unblurred.[52]

Fine-art photographers have selected images for use in their own work.[67] Although the images may be pixelated, the colours muddy, and the perspective warped, the photographs have been published in book form and exhibited in art galleries, such as the work of Jon Rafman at the Saatchi Gallery, London.[68] In his personal appreciation of Street View material, Rafman sees images which evoke the "gritty urban life" depicted in American street photography and the images commissioned by the Farm Security Administration. He also invokes the "decisive moment" esthetic of Henri Cartier-Bresson "as if I were a photojournalist responding instantaneously to an emerging event".[69]

The spread of COVID-19 is not evenly distributed. Neighborhood environments may structure risks and resources that produce COVID-19 disparities. Neighborhood built environments that allow greater flow of people into an area or impede social distancing practices may increase residents' risk for contracting the virus. We leveraged Google Street View (GSV) images and computer vision to detect built environment features (presence of a crosswalk, non-single family home, single-lane roads, dilapidated building and visible wires). We utilized Poisson regression models to determine associations of built environment characteristics with COVID-19 cases. Indicators of mixed land use (non-single family home), walkability (sidewalks), and physical disorder (dilapidated buildings and visible wires) were connected with higher COVID-19 cases. Indicators of lower urban development (single lane roads and green streets) were connected with fewer COVID-19 cases. Percent black and percent with less than a high school education were associated with more COVID-19 cases. Our findings suggest that built environment characteristics can help characterize community-level COVID-19 risk. Sociodemographic disparities also highlight differential COVID-19 risk across groups of people. Computer vision and big data image sources make national studies of built environment effects on COVID-19 risk possible, to inform local area decision-making.

For example, you might have done a good ground survey and recorded an excellent GPS trace of some roads, but you've forgotten a road name (and it doesn't appear on the OS data) so you use StreetView to virtually walk down that street and read the name off the street sign.Likewise you might use it to check exactly where that postbox was, or what the exact name of that shop on the corner is.

I don't think this is quite as simple as just tracing off the Google Map. Tracing is obviously prohibited by Googles own T&Cs and pretty dodgy from a copyright point of view, as you are clearly just copying their work.

Just get out there and see the street for yourself. Better still look at all the rest of the area that StreetView doesn't show, footpaths, cycleways, parks and so on. You might enjoy the fresh air and you will certainly learn something new almost every time you go out, even about areas you thought you knew.

Similarly, use of Street View depends on how you use it. I've used it for checking signed routes of numbered highways ( -February/048393.html - note that nobody objected to that; the reversion was because of my choice of ref tags). But be careful not to use any information not directly from photos: for example don't use the overlaid street names to see what intersection you're at.

In relation to the specific case given in the question, there shouldn't be a problem with using a photo to see what a street name is as long as you don't use Google's map data to position yourself. But there are probably better sources such as official subdivision plats that form part of the legal description of the land.

Short answer:

a street sign is not copyrighted; a photo is copyrightable; a street sign inside a photo is not copyrightable.

Long answer:

Aerial imagery and streetView are not comparable. 

In first case, images are rectified using complex algorithms (compensate distorsions with Digital Elevation Model, positions and angles from the camera, noise and colors filtering, etc). Tracing on them is not allowed without permission because you don't copy facts only, you also copy those georeferencing information. 

In second case, when you read a street sign on a StreetView picture, you use the content of the picture, not the picture itself. This is 'fact', the street sign is not copyrighted by Google, neither Google made any creation on that content. It's true that to find the picture and display it on your browser, the StreetView interface had to use the image georeferences. But this is a 'mean' to find the picture, not the content of the picture, this is not what you are copying for OSM (which is again just the street name, a 'fact').

If you need some evidence, it is always possible to detect copies from aerial imagery since each provider has small artefacts which can be detected in the copy. When you copy a street sign, it is simply impossible to detect if it's coming from SV or a normal survey. People saying that it's not explicitely allowed and then forbiden without any evidence about creation or added value violation are just spreading FUD.

What can be a problem is copying the whole content or a significant part of this database collecting facts. That's why Ed Parsons says "checking the odd street names is OK.. but every street name I would suggest would represent a bulk feed" ([1])

A google arial photograh as its possible to see by using the street maps, is just a good comparison to refresh your memory and yes sometimes 'old'.I even have the impression that the streets in appearing in Google have the same errors in the basic layer for OSM. Its like looking at your neighbour in the classroom and coppying the wrong answers and getting the question afterwards 'were you able to see it' and both end up with a low value.

I recently got a new iPad Pro. I have been using Google maps and street view for years on my other devices. However, street view does not work on my new iPad Pro. The picture of what would be the street view shows in the side bar on the right but when I touch to activate, I get a white screen with the street view tool bar at the top. In some instances I've gone into the "report a problem" menu from the blank screen. There is no box to check for this particular problem but if I back out and then back in a few times then exit Google Maps and go back into the Google maps, sometimes the street view will work. 2351a5e196

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