IntroductionAccessibility for Instructional Design Google Translate is now a form of augmented reality and is adapted for educational purposes. With this JavaScript API, you can detect the language of a given text block and transliterate it into a different script. This developer's guide demonstrates how to use the Google Transliterate API. Instantly translates words, phrases, and web pages between English and over 100 other languages. This application provides users with tools to translate between languages and they now include an image option users take a photograph of a sign, piece of paper, or other form of written text and receive a translation in the language of their choice.Easily use Google Translate on your PC. Google Translate is now a form of augmented reality and is adapted for educational purposes.HTML Content TypeThe Transliterate API handles a lot of UTF-8 text and you therefore need to set the content-type of your page to UTF-8 by adding this meta tag. AudienceThis documentation is intended for developers who wish to add Google Transliterate functionality to their pages or applications. For usability purposes, you should detect incompatible browsers and, if detected, display an error message.
Google Transliteration How To Use TheThe API returns the result asynchronously to the given callback function as the result object. Performing simple transliterationGoogle.language.transliterate(wordsArray, srcLang, destLang, callback) is a global method that transliterates given text from the source language to the destination language. Using this API requires an asynchronous call to a server, so you need a callback function to process the data exchange. Using the APIThe following sections demonstrate how to incorporate the Google Transliterate API into your web page or application. See the LanguageCode enum for examples. srcLang provides the source language as a language code. wordsArray provides the text to be transliterated as an array. Ardhangini serial title song free downloadFor each result, it's as if the system called new Object() and then set formal properties on that object. All that it means is that there is no named constructor. The impact of all this is minimal. Consequently, we have chosen not to implement formal JavaScript objects, and instead dynamically created the result objects from their serialized form.While there is no formal implementation of the objects, they exist, and we document them as if there was a backing JavaScript implementation. callback is the callback function that receives the result.Google.language.transliterate() has no return value.This simplified method for transliteration uses the google.language.transliterate namespace (and not google.elements.transliteration, which is the namespace for every other method in the Transliterate API).Google.language.transliterate() outputs the result object.Result objects are produced using a JSON encoding of server requests. See the LanguageCode enum for examples. An editable element can be:An iFrame with contentEditable="true" body. elementIds is an array containing strings of editable element IDs or element references for which you wish to enable transliteration. Parameters for this method are: This option affects only the plain text elements. The default value is true. adjustElementStyle is an optional boolean field controlling whether the API automatically adjusts the element and font sizes to optimally suit target language characters. This argument can contain the following fields: opt_options is an optional argument that supplies the options applied to these elements. Using this method affects the cursor and alignment of text in the input area.You can see an example of the API's support for right-to-left languages in the Arabic transliteration example.This method creates exceptions if any of the specified elementIds is invalid. You can set the direction of text in an input element using HTML and JavaScript with direction, which can have the value 'ltr' (left to right) or 'rtl' (right to left). The default value is true.For right-to-left writing systems like Arabic, the API automatically adjusts the direction of the input element, according to the direction of the written script and the content of the input element.
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