macOS Catalina introduces Voice Control, a new way to fully control your Mac entirely with your voice. Voice Control uses the Siri speech-recognition engine to improve on the Enhanced Dictation feature available in earlier versions of macOS.¹

1. Convert Voice To Text Iphone
2. Convert Text To Voice Mac Application
3. Text To Voice Mac
4. Convert Speech To Text App
5. Free Voice To Text Apps

Oct 07, 2019  To format text, try ”Bold that” or ”Capitalize that,” for example. Say ”numeral” to format your next phrase as a number. To delete text, you can choose from many delete commands. For example, say “delete that” and Voice Control knows to delete what you just typed. Or say ”Delete all” to delete everything and start over. 70, Text to Speech MP3 with Natural Voices converts text to speech and MP3. Shop the How to Convert Text to Audio in Hindi ( Text to Speech online, free ) English & हिंदी and more hot.

How to turn on Voice Control

After upgrading to macOS Catalina, follow these steps to turn on Voice Control:

1. Choose Apple menu  > System Preferences, then click Accessibility.
2. Click Voice Control in the sidebar.
3. Select Enable Voice Control. When you turn on Voice Control for the first time, your Mac completes a one-time download from Apple.²
   Voice Control preferences
   

When Voice Control is enabled, you see an onscreen microphone representing the mic selected in Voice Control preferences.

To pause Voice Control and stop it from from listening, say ”Go to sleep” or click Sleep. To resume Voice Control, say or click ”Wake up.”

How to use Voice Control

Get to know Voice Control by reviewing the list of voice commands available to you: Say “Show commands” or ”Show me what I can say.” The list varies based on context, and you may discover variations not listed. To make it easier to know whether Voice Control heard your phrase as a command, you can select ”Play sound when command is recognized” in Voice Control preferences.

Basic navigation

Voice Control recognizes the names of many apps, labels, controls, and other onscreen items, so you can navigate by combining those names with certain commands. Here are some examples:

• Open Pages: ”Open Pages.” Then create a new document: ”Click New Document.” Then choose one of the letter templates: 'Click Letter. Click Classic Letter.” Then save your document: ”Save document.”
• Start a new message in Mail: ”Click New Message.” Then address it: ”John Appleseed.”
• Turn on Dark Mode: ”Open System Preferences. Click General. Click Dark.” Then quit System Preferences: ”Quit System Preferences” or ”Close window.”
• Restart your Mac: ”Click Apple menu. Click Restart” (or use the number overlay and say ”Click 8”).

You can also create your own voice commands.

Number overlays

Use number overlays to quickly interact with parts of the screen that Voice Control recognizes as clickable, such as menus, checkboxes, and buttons. To turn on number overlays, say ”Show numbers.” Then just say a number to click it.

Number overlays make it easy to interact with complex interfaces, such as web pages. For example, in your web browser you could say ”Search for Apple stores near me.” Then use the number overlay to choose one of the results: ”Show numbers. Click 64.” (If the name of the link is unique, you might also be able to click it without overlays by saying ”Click” and the name of the link.)

Voice Control automatically shows numbers in menus and wherever you need to distinguish between items that have the same name.

Grid overlays

Use grid overlays to interact with parts of the screen that don't have a control, or that Voice Control doesn't recognize as clickable.

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Say “Show grid” to show a numbered grid on your screen, or ”Show window grid” to limit the grid to the active window. Say a grid number to subdivide that area of the grid, and repeat as needed to continue refining your selection.

To click the item behind a grid number, say ”Click” and the number. Or say ”Zoom” and the number to zoom in on that area of the grid, then automatically hide the grid. You can also use grid numbers to drag a selected item from one area of the grid to another: ”Drag 3 to 14.”

To hide grid numbers, say ”Hide numbers.” To hide both numbers and grid, say ”Hide grid.”

Dictation

When the cursor is in a document, email message, text message, or other text field, you can dictate continuously. Dictation converts your spoken words into text.

• To enter a punctuation mark, symbol, or emoji, just speak its name, such as ”question mark” or ”percent sign” or ”happy emoji.” These may vary by language or dialect.
• To move around and select text, you can use commands like ”Move up two sentences” or ”Move forward one paragraph” or ”Select previous word” or ”Select next paragraph.”
• To format text, try ”Bold that” or ”Capitalize that,” for example. Say ”numeral” to format your next phrase as a number.
• To delete text, you can choose from many delete commands. For example, say “delete that” and Voice Control knows to delete what you just typed. Or say ”Delete all” to delete everything and start over.

Voice Control understands contextual cues, so you can seamlessly transition between text dictation and commands. For example, to dictate and then send a birthday greeting in Messages, you could say ”Happy Birthday. Click Send.” Or to replace a phrase, say ”Replace I’m almost there with I just arrived.”

You can also create your own vocabulary for use with dictation.

Create your own voice commands and vocabulary

Create your own voice commands

1. Open Voice Control preferences, such as by saying ”Open Voice Control preferences.”
2. Click Commands or say ”Click Commands.” The complete list of all commands opens.
3. To add a new command, click the add button (+) or say ”Click add.” Then configure these options to define the command:
   • When I say: Enter the word or phrase that you want to be able to speak to perform the action.
   • While using: Choose whether your Mac performs the action only when you're using a particular app.
   • Perform: Choose the action to perform. You can open a Finder item, open a URL, paste text, paste data from the clipboard, press a keyboard shortcut, select a menu item, or run an Automator workflow.
4. Use the checkboxes to turn commands on or off. You can also select a command to find out whether other phrases work with that command. For example, “Undo that” works with several phrases, including “Undo this” and “Scratch that.”

To quickly add a new command, you can say ”Make this speakable.” Voice Control will help you configure the new command based on the context. For example, if you speak this command while a menu item is selected, Voice Control helps you make a command for choosing that menu item.

Convert Voice To Text Iphone

Create your own dictation vocabulary

1. Open Voice Control preferences, such as by saying ”Open Voice Control preferences.”
2. Click Vocabulary, or say ”Click Vocabulary.”
3. Click the add button (+) or say ”Click add.”
4. Type a new word or phrase as you want it to be entered when spoken.

Learn more

• For the best performance when using Voice Control with a Mac notebook computer and an external display, keep your notebook lid open or use an external microphone.
• All audio processing for Voice Control happens on your device, so your personal data is always kept private.
• Use Voice Control on your iPhone or iPod touch.
• Learn more about accessibility features in Apple products.

1. Voice Control uses the Siri speech-recognition engine for U.S. English only. Other languages and dialects use the speech-recognition engine previously available with Enhanced Dictation.

2. If you're on a business or school network that uses a proxy server, Voice Control might not be able to download. Have your network administrator refer to the network ports used by Apple software products.

In this tutorial, you'll build a Flask web app that uses Azure Cognitive Services to translate text, analyze sentiment, and synthesize translated text into speech. Our focus is on the Python code and Flask routes that enable our application, however, we will help you out with the HTML and Javascript that pulls the app together. If you run into any issues let us know using the feedback button below.

Here's what this tutorial covers:

• Get Azure subscription keys
• Set up your development environment and install dependencies
• Create a Flask app
• Use the Translator to translate text
• Use Text Analytics to analyze positive/negative sentiment of input text and translations
• Use Speech Services to convert translated text into synthesized speech
• Run your Flask app locally

Tip

If you'd like to skip ahead and see all the code at once, the entire sample, along with build instructions are available on GitHub.

What is Flask?

Flask is a microframework for creating web applications. This means Flask provides you with tools, libraries, and technologies that allow you to build a web application. This web application can be some web pages, a blog, a wiki or go as substantive as a web-based calendar application or a commercial website.

For those of you who want to deep dive after this tutorial here are a few helpful links:

Prerequisites

Let's review the software and subscription keys that you'll need for this tutorial.

• An IDE or text editor, such as Visual Studio Code or Atom
• Chrome or Firefox
• A Translator subscription key (Note that you aren't required to select a region.)
• A Text Analytics subscription key in the West US region.
• A Speech Services subscription key in the West US region.

Create an account and subscribe to resources

As previously mentioned, you're going to need three subscription keys for this tutorial. This means that you need to create a resource within your Azure account for:

• Translator
• Text Analytics
• Speech Services

Use Create a Cognitive Services Account in the Azure portal for step-by-step instructions to create resources.

Important

For this tutorial, please create your resources in the West US region. If using a different region, you'll need to adjust the base URL in each of your Python files.

Set up your dev environment

Before you build your Flask web app, you'll need to create a working directory for your project and install a few Python packages.

Create a working directory

1. Open command line (Windows) or terminal (macOS/Linux). Then, create a working directory and sub directories for your project:

2. Change to your project's working directory:

Create and activate your virtual environment with virtualenv

Let's create a virtual environment for our Flask app using virtualenv. Using a virtual environment ensures that you have a clean environment to work from.

1. In your working directory, run this command to create a virtual environment:macOS/Linux:

   We've explicitly declared that the virtual environment should use Python 3. This ensures that users with multiple Python installations are using the correct version.

   Windows CMD / Windows Bash:

   To keep things simple, we're naming your virtual environment venv.

2. The commands to activate your virtual environment will vary depending on your platform/shell:

   Platform	Shell	Command
   macOS/Linux	bash/zsh	source venv/bin/activate
   Windows	bash	source venv/Scripts/activate
   Command Line	venvScriptsactivate.bat
   PowerShell	venvScriptsActivate.ps1

   After running this command, your command line or terminal session should be prefaced with venv.

3. You can deactivate the session at any time by typing this into the command line or terminal: deactivate.

Note

Python has extensive documentation for creating and managing virtual environments, see virtualenv.

Install requests

Requests is a popular module that is used to send HTTP 1.1 requests. There's no need to manually add query strings to your URLs, or to form-encode your POST data.

1. To install requests, run:

Note

If you'd like to learn more about requests, see Requests: HTTP for Humans.

Install and configure Flask

Next we need to install Flask. Flask handles the routing for our web app, and allows us to make server-to-server calls that hide our subscription keys from the end user.

1. To install Flask, run:

   Let's make sure Flask was installed. Run:

   The version should be printed to terminal. Anything else means something went wrong.

2. To run the Flask app, you can either use the flask command or Python's -m switch with Flask. Before you can do that you need to tell your terminal which app to work with by exporting the FLASK_APP environment variable:

   macOS/Linux:

   Windows:

Create your Flask app

In this section, you're going to create a barebones Flask app that returns an HTML file when users hit the root of your app. Don't spend too much time trying to pick apart the code, we'll come back to update this file later.

What is a Flask route?

Let's take a minute to talk about 'routes'. Routing is used to bind a URL to a specific function. Flask uses route decorators to register functions to specific URLs. For example, when a user navigates to the root (/) of our web app, index.html is rendered.

Let's take a look at one more example to hammer this home.

This code ensures that when a user navigates to http://your-web-app.com/about that the about.html file is rendered.

While these samples illustrate how to render html pages for a user, routes can also be used to call APIs when a button is pressed, or take any number of actions without having to navigate away from the homepage. You'll see this in action when you create routes for translation, sentiment, and speech synthesis.

Get started

1. Open the project in your IDE, then create a file named app.py in the root of your working directory. Next, copy this code into app.py and save:

   This code block tells the app to display index.html whenever a user navigates to the root of your web app (/).

2. Next, let's create the front-end for our web app. Create a file named index.html in the templates directory. Then copy this code into templates/index.html.

3. Let's test the Flask app. From the terminal, run:

4. Open a browser and navigate to the URL provided. You should see your single page app. Press Ctrl + C to kill the app.

Translate text

Now that you have an idea of how a simple Flask app works, let's:

• Write some Python to call the Translator and return a response
• Create a Flask route to call your Python code
• Update the HTML with an area for text input and translation, a language selector, and translate button
• Write Javascript that allows users to interact with your Flask app from the HTML

Call the Translator

The first thing you need to do is write a function to call the Translator. This function will take two arguments: text_input and language_output. This function is called whenever a user presses the translate button in your app. The text area in the HTML is sent as the text_input, and the language selection value in the HTML is sent as language_output.

1. Let's start by creating a file called translate.py in the root of your working directory.
2. Next, add this code to translate.py. This function takes two arguments: text_input and language_output.
3. Add your Translator subscription key and save.

Add a route to app.py

Next, you'll need to create a route in your Flask app that calls translate.py. This route will be called each time a user presses the translate button in your app.

For this app, your route is going to accept POST requests. This is because the function expects the text to translate and an output language for the translation.

Flask provides helper functions to help you parse and manage each request. In the code provided, get_json() returns the data from the POST request as JSON. Then using data['text'] and data['to'], the text and output language values are passed to get_translation() function available from translate.py. The last step is to return the response as JSON, since you'll need to display this data in your web app.

In the following sections, you'll repeat this process as you create routes for sentiment analysis and speech synthesis.

1. Open app.py and locate the import statement at the top of app.py and add the following line:

   Now our Flask app can use the method available via translate.py.

2. Copy this code to the end of app.py and save:

Update index.html

Now that you have a function to translate text, and a route in your Flask app to call it, the next step is to start building the HTML for your app. The HTML below does a few things:

• Provides a text area where users can input text to translate.
• Includes a language selector.
• Includes HTML elements to render the detected language and confidence scores returned during translation.
• Provides a read-only text area where the translation output is displayed.
• Includes placeholders for sentiment analysis and speech synthesis code that you'll add to this file later in the tutorial.

Let's update index.html.

1. Open index.html and locate these code comments:

2. Replace the code comments with this HTML block:

The next step is to write some Javascript. This is the bridge between your HTML and Flask route.

Create main.js

The main.js file is the bridge between your HTML and Flask route. Your app will use a combination of jQuery, Ajax, and XMLHttpRequest to render content, and make POST requests to your Flask routes.

In the code below, content from the HTML is used to construct a request to your Flask route. Specifically, the contents of the text area and the language selector are assigned to variables, and then passed along in the request to translate-text.

The code then iterates through the response, and updates the HTML with the translation, detected language, and confidence score.

1. From your IDE, create a file named main.js in the static/scripts directory.
2. Copy this code into static/scripts/main.js:

Test translation

Let's test translation in the app.

Navigate to the provided server address. Type text into the input area, select a language, and press translate. You should get a translation. If it doesn't work, make sure that you've added your subscription key.

Tip

If the changes you've made aren't showing up, or the app doesn't work the way you expect it to, try clearing your cache or opening a private/incognito window.

Press CTRL + c to kill the app, then head to the next section.

Analyze sentiment

The Text Analytics API can be used to perform sentiment analysis, extract key phrases from text, or detect the source language. In this app, we're going to use sentiment analysis to determine if the provided text is positive, neutral, or negative. The API returns a numeric score between 0 and 1. Scores close to 1 indicate positive sentiment, and scores close to 0 indicate negative sentiment.

In this section, you're going to do a few things:

• Write some Python to call the Text Analytics API to perform sentiment analysis and return a response
• Create a Flask route to call your Python code
• Update the HTML with an area for sentiment scores, and a button to perform analysis
• Write Javascript that allows users to interact with your Flask app from the HTML

Call the Text Analytics API

Let's write a function to call the Text Analytics API. This function will take four arguments: input_text, input_language, output_text, and output_language. This function is called whenever a user presses the run sentiment analysis button in your app. Data provided by the user from the text area and language selector, as well as the detected language and translation output are provided with each request. The response object includes sentiment scores for the source and translation. In the following sections, you're going to write some Javascript to parse the response and use it in your app. For now, let's focus on call the Text Analytics API.

1. Let's create a file called sentiment.py in the root of your working directory.
2. Next, add this code to sentiment.py.
3. Add your Text Analytics subscription key and save.

Add a route to app.py

Let's create a route in your Flask app that calls sentiment.py. This route will be called each time a user presses the run sentiment analysis button in your app. Like the route for translation, this route is going to accept POST requests since the function expects arguments.

1. Open app.py and locate the import statement at the top of app.py and update it:

   Now our Flask app can use the method available via sentiment.py.

2. Copy this code to the end of app.py and save:

Update index.html

Now that you have a function to run sentiment analysis, and a route in your Flask app to call it, the next step is to start writing the HTML for your app. The HTML below does a few things:

• Adds a button to your app to run sentiment analysis
• Adds an element that explains sentiment scoring
• Adds an element to display the sentiment scores

1. Open index.html and locate these code comments:

2. Replace the code comments with this HTML block:

Update main.js

In the code below, content from the HTML is used to construct a request to your Flask route. Specifically, the contents of the text area and the language selector are assigned to variables, and then passed along in the request to the sentiment-analysis route.

The code then iterates through the response, and updates the HTML with the sentiment scores.

1. From your IDE, create a file named main.js in the static directory.

2. Copy this code into static/scripts/main.js:

Test sentiment analysis

Let's test sentiment analysis in the app.

Navigate to the provided server address. Type text into the input area, select a language, and press translate. You should get a translation. Next, press the run sentiment analysis button. You should see two scores. If it doesn't work, make sure that you've added your subscription key.

Tip

If the changes you've made aren't showing up, or the app doesn't work the way you expect it to, try clearing your cache or opening a private/incognito window.

Press CTRL + c to kill the app, then head to the next section.

Convert text-to-speech

The Text-to-speech API enables your app to convert text into natural human-like synthesized speech. The service supports standard, neural, and custom voices. Our sample app uses a handful of the available voices, for a full list, see supported languages.

In this section, you're going to do a few things:

• Write some Python to convert text-to-speech with the Text-to-speech API
• Create a Flask route to call your Python code
• Update the HTML with a button to convert text-to-speech, and an element for audio playback
• Write Javascript that allows users to interact with your Flask app

Call the Text-to-Speech API

Let's write a function to convert text-to-speech. This function will take two arguments: input_text and voice_font. This function is called whenever a user presses the convert text-to-speech button in your app. input_text is the translation output returned by the call to translate text, voice_font is the value from the voice font selector in the HTML.

1. Let's create a file called synthesize.py in the root of your working directory.

2. Next, add this code to synthesize.py.

3. Add your Speech Services subscription key and save.

Add a route to app.py

Let's create a route in your Flask app that calls synthesize.py. This route will be called each time a user presses the convert text-to-speech button in your app. Like the routes for translation and sentiment analysis, this route is going to accept POST requests since the function expects two arguments: the text to synthesize, and the voice font for playback.

Convert Text To Voice Mac Application

1. Open app.py and locate the import statement at the top of app.py and update it:

   Now our Flask app can use the method available via synthesize.py.

2. Copy this code to the end of app.py and save:

Text To Voice Mac

Update index.html

Now that you have a function to convert text-to-speech, and a route in your Flask app to call it, the next step is to start writing the HTML for your app. The HTML below does a few things:

• Provides a voice selection drop-down
• Adds a button to convert text-to-speech
• Adds an audio element, which is used to play back the synthesized speech

1. Open index.html and locate these code comments:

2. Replace the code comments with this HTML block:

3. Next, locate these code comments:

4. Replace the code comments with this HTML block:

5. Make sure to save your work.

Update main.js

In the code below, content from the HTML is used to construct a request to your Flask route. Specifically, the translation and the voice font are assigned to variables, and then passed along in the request to the text-to-speech route.

The code then iterates through the response, and updates the HTML with the sentiment scores.

1. From your IDE, create a file named main.js in the static directory.
2. Copy this code into static/scripts/main.js:
3. You're almost done. The last thing you're going to do is add some code to main.js to automatically select a voice font based on the language selected for translation. Add this code block to main.js:

Test your app

Let's test speech synthesis in the app.

Navigate to the provided server address. Type text into the input area, select a language, and press translate. You should get a translation. Next, select a voice, then press the convert text-to-speech button. the translation should be played back as synthesized speech. If it doesn't work, make sure that you've added your subscription key.

Tip

Convert Speech To Text App

If the changes you've made aren't showing up, or the app doesn't work the way you expect it to, try clearing your cache or opening a private/incognito window.

That's it, you have a working app that performs translations, analyzes sentiment, and synthesized speech. Press CTRL + c to kill the app. Be sure to check out the other Azure Cognitive Services.

Get the source code

Free Voice To Text Apps

The source code for this project is available on GitHub.

Next steps