Logo Detection detects popular product logos within an image.
Note: Cloud Vision now supports offline asynchronous batch image annotation for all features. This asynchronous request supports up to 2000 image files and returns response JSON files that are stored in your Google Cloud Storage bucket. For more information about this beta feature, refer to theOffline batch image annotation page.
Detecting Logos in a local imageProtocol
Refer to the
images:annotate API endpoint for complete details.
To perform Logo Detection, make a
POST request and provide the appropriaterequest body:
See the
AnnotateImageRequest reference documentation for more information on configuring the request body.
If the request is successful, the server returns a Note: Zero coordinate values omitted. When the API detects a coordinate ('x' or 'y') value of 0, that coordinate is omitted in the JSON response. Thus, a response with a bounding poly around the entire image would be200 OK HTTP status code andthe response in JSON format.
[{},{'x': 100},{'x': 100,'y': 100},{'y': 100}] for an image that is 100px by 100px. For more information, see the API Reference documentation.
Response:
C#
Before trying this sample, follow the C# setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API C# API reference documentation .
Go
Before trying this sample, follow the Go setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Go API reference documentation .
Java
Before trying this sample, follow the Java setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Java API reference documentation .
Node.js
Before trying this sample, follow the Node.js setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Node.js API reference documentation .
PHP
Before trying this sample, follow the PHP setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API PHP API reference documentation .
Python
Before trying this sample, follow the Python setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Python API reference documentation .
Ruby
Before trying this sample, follow the Ruby setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Ruby API reference documentation .
Detecting Logos in a remote image
For your convenience, the Vision API can perform logo detectiondirectly on an image file located in Google Cloud Storage or on the Web withoutthe need to send the contents of the image file in the body of your request.
Protocol
Refer to the
images:annotate API endpoint for complete details.
To perform Logo Detection, make a
POST request and provide the appropriaterequest body:
See the
AnnotateImageRequest reference documentation for more information on configuring the request body. Cuti tahunan akta buruh.
If the request is successful, the server returns a Note: Zero coordinate values omitted. When the API detects a coordinate ('x' or 'y') value of 0, that coordinate is omitted in the JSON response. Thus, a response with a bounding poly around the entire image would be200 OK HTTP status code andthe response in JSON format.
[{},{'x': 100},{'x': 100,'y': 100},{'y': 100}] for an image that is 100px by 100px. For more information, see the API Reference documentation.
Response:
C#
Before trying this sample, follow the C# setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API C# API reference documentation .
Go
Before trying this sample, follow the Go setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Go API reference documentation .
Java
Before trying this sample, follow the Java setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Java API reference documentation .
Node.js
Before trying this sample, follow the Node.js setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Node.js API reference documentation .
PHP
Before trying this sample, follow the PHP setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API PHP API reference documentation . Lightroom 5.7 update download.
Python
Before trying this sample, follow the Python setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Python API reference documentation .
Ruby
Before trying this sample, follow the Ruby setup instructions in the Vision API Quickstart Using Client Libraries . For more information, see the Vision API Ruby API reference documentation .
Specify the image Google Search uses for your organization's logo in Search results and in the Knowledge Graph. Google Search uses the markup in the use case example to recognize the image to use as the organization’s logo. This ensures that, when possible, the image appears in search results about the company. Markup like this is a strong signal to Google Search algorithms to show this image in Knowledge Graph displays.
Example
Here's an example of a logo in JSON-LD code.
Structured data type definitions
The full definition of
logo is available at schema.org/logo. You must include the required properties for your content to be eligible for display as a rich result.
Google Logo Images Search
Google is introducing a new logo today. Just a month after unveiling a major restructuring of the company, Google is updating its image, too. The new Google logo is still a wordmark, but it's now using a sans-serif typeface, making it look a lot more modern and playful. The colors are also softer than they used to be. The logo bears a bit more resemblance to the logo of Google's new parent company, Alphabet, as well. Alphabet's wordmark has a similarly unadorned look, and this update makes the two companies' design language fall more inline.
As Google's video introducing the new logo notes, the wordmark has been evolving ever since it was created in 1998. But this is easily its biggest change since 1999, when Google first cleaned up the lettering and settled on its four colors. Since then, the logo has just been flattened out more and more, with today's update representing a huge leap. In addition to changing up the wordmark, Google is also changing the tiny 'g' logo that you see on browser tabs. It's now going to be an uppercase 'G' that's striped in all four of Google's colors. Google says that the new design will be rolling out across all of its products soon — in fact, it's already on Google's homepage, with a cute animation that wipes away the old logo and draws in the new one.
The new logo is meant to reflect the new ways people visit Google Google Images
So why did Google decide to make the change? In a blog post, Google discusses how much technology has changed how we interact with its products and with the internet at large. It doesn't really settle on a specific reason that a redesign was needed, but it says that this logo should better reflect the reality that Google is no longer a site you visit on a desktop computer — it's a huge collection of sites, apps, and services that you visit on PCs, Chromebooks, smartphones, and anywhere you can find a web browser. Google writes that its new logo is meant to reflect 'this reality and [show] you when the Google magic is working for you, even on the tiniest screens.'
Google Logo
Making the logo look good on small screens seems to have been a major consideration. The new, simpler lettering is supposed to scale better to smaller sizes, making the wordmark more distinct and easier to read. It's also supposed to be easier for Google to display on low-bandwidth connections: Google says that it's made a version of its logo that's 'only 305 bytes, compared to our existing logo at ~14,000 bytes.' Given that one of new Google CEO Sundar Pichai's big goals is to bring the internet — and Google, of course — to areas of the globe that don't already have it, that small difference is definitely going to be an important one.
You can also see the new Google 'G' beginning to appear across its services. Among the more notable is Google+, which is now represented by a big colorless version of the new G.
Verge Video:What's behind Google's Alphabet shakeup?
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