Lab 36 Reflection

     For this lab, I created a voice simulator, which basically is a web app that you can use to allow a bot to say whatever text you type in. You can also switch the voices, the pitch of the voice, and how fast the bot says it. Within this lab, the practicality of the text to speech revolves around the JavaScript and also the hypertext mark-up language. within the hypertext mark-up language document, I additional labels with input detectors that permit users to input the number of pitch and rate they need the larva to play their text at. I added additional buttons that are wont to stop regardless of the larva is presently spoken language whereas at a similar time, a button that starts the speech. The JavaScript contains storage for no matter is written within the box, which is then translated by the voice and logs what the larva can say. Once the text is analyzed, it'll select whichever voice you have got hand-picked so plays the text via the corresponding larva. Web designers may need to use this feature on a wordbook page to demonstrate however a word is meant to be pronounced, because of the bots already knowing the way to be able to say words. This feature can even be used on sites that hold audiobooks, thus if a browser doesn't need to read one thing by themself, a larva will browse it to them instead. additionally, this feature will facilitate those who are disabled within the space of sight, blind individuals. If they need to browse a book, they can't and this larva may be wont to browse it to them.