Python Pyfiglet Module

Python Pyfiglet Module

If any of us have not heard of the ASCII encoding or texts and styles that are ASCII encoded, then we do not need to worry about it at all. If none of us have heard of it, then there is no need for us to worry. One of the character encoding systems used in electronic communication and other forms of communication that are analogous to electronic communication is called the American Standard Code for Information Interchange, or ASCII for short. The ASCII encoded characters, sometimes referred to more simply as ASCII codes, are used for the purpose of text representation in electronic communication devices such as telecommunication equipment, computers, cellphones, and a variety of other electronic devices. The American Standard Code for Information Interchange (ASCII) is the foundation for the vast majority of character encoding schemes used in modern electronic communication devices. The American Standard Code for Information Interchange (ASCII) is the character encoding system that is most often used today, despite the fact that there are many alternative possibilities for character encoding systems that may be used while engaging in electronic communication. A fundamental familiarity with the ASCII encoding scheme is required in order to make head or tail of the information presented in this article. Texts that are encoded using the ASCII standard are the messages that are shown on the screens of our computers and laptops. Yet, if we so want, we are able to alter the presentation of these ASCII-encoded phrases in order to make them seem more fashionable and appealing.

Figlet is one of the numerous tools that may help us accomplish our goal of altering the format and appearance of ASCII-encoded texts. This goal can be accomplished via a variety of approaches. The Figlet is a simple piece of software that consists of just a few lines of code. Its purpose is to generate decorative writing in a huge size by making use of the letters that appear on the screen. While we are performing work with programming, we can use this Figlet technique so that we may alter the font and style of the ASCII encoded messages in the output and make them seem more beautiful and appealing. This allows us to modify the appearance of the text. Ordinary ASCII encoded texts are used as input for this Figlet technique. These texts are then turned into large-size patterned texts and typefaces, which results in the creation of gorgeous texts in the output. Now, the idea that some of us should carry out this duty may seem ridiculous to others of us, but this is also a component of programming, and we may use this approach in a variety of different contexts. Later on in this piece, we will discuss how the Figlet approach might be used to generate aesthetically pleasing text. Python is one of the many programming languages that provide us the opportunity to employ the Figlet approach when we are writing a program in today’s time, and it is also one of those languages. The Pyfiglet module is one example of a Python module that can be used to create elegant text by implementing the Figlet method. Python offers us with a variety of modules and methods that we can utilize inside a program to do this. As a result, throughout this lesson, we will get familiar with the Python module known as Pyfiglet and work with it to gain an understanding of how this might be used.

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Introduction to Pyfiglet Module of Python

The Pyfiglet module is a Python module that comes with numerous methods, and we can use these functions to make gorgeous texts with huge fonts and sizes in the output of a Python program. The Pyfiglet module is part of Python and can be downloaded here. The Pyfiglet module was developed specifically to improve not only the quality of our programming expertise but also the general appearance and organization of the texts that are used in electronic communication. Python’s pyfiglet module utilizes the Figlet technique, which was first developed for the C programming language. Later on, the Figlet method was moved over to the Python programming language. After being imported into Python, the Figlet technique is currently used in Python applications in the form of a package known as the Pyfiglet module. Inside a Python application, the functions of the pyfiglet module are adaptable enough to operate with either object-oriented or command-line drivers. We are required to provide the ASCII-encoded text as the program’s input, and the output should present the content in an elegant format. Just importing this module into a Python application is all that is required to make use of its associated functions. The following piece of code may be used in our Python application in order to import this module:

code:

We may make direct use of this library inside a Python program by using this approach, or alternatively, we can make use of this module by way of the command prompt shell. In order to utilize the command prompt shell technique, we need to give this module and then execute the code that contains the relevant portions of our program that use the functions provided by this module. Using the functions of this module and accepting an input that is ASCII encoded, we are able to produce a number of different beautiful pattern texts in the output.

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Pyfiglet Module in Python: Installation

Now, before we begin working on or using the functions of this module in the Python programs in order to understand the implementation of this Pyfiglet module, we need to first carry out the process of installing this module. This must be done before we can begin working on or using the functions of this module. This is due to the fact that, much like the majority of the most widely used Python modules, this is also a module that is not included by default in Python. This indicates that in order for us to make use of the features of this module and interact with it, we will first need to install this module into our system. When it comes to the process of installation, we are free to choose any of the available options since the pyfiglet module of Python may be installed in a number of different ways. The simplest and easiest approach for installing the pyfiglet module is to do it via the use of the pip installer. This technique is one of the several installation options that are available for the module. As a result, in this portion of the lesson devoted to installation, we will install the pyfiglet module by means of the terminal shell and the pip installer method. To begin the process of installing the pyfiglet module using the pip installer from the command prompt shell, we must first launch the command prompt terminal on our machine and enter the following command.

it:

It is advised that you install this module in the default directory that was set up when you opened the terminal shell, but we will also have the opportunity to modify the directory in which we have to install this module when this option becomes available to us. Now that we have copied and pasted the pip command that was provided earlier into the terminal shell, all that is left to do is hit the ‘enter’ key to begin the process of installing this module. In addition to this, we need to check that the system or device we are using is correctly linked to a reliable network (Internet) connection. The process of installing the pyfiglet module will start immediately as soon as we hit the ‘enter’ key, and we may have to wait for some time before this module is successfully installed in our system.

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The pyfiglet module has now been successfully installed in our system, as we can see. This means that we are now able to utilize this module in any Python application in order to comprehend how this module works and how it implements its functionalities. It is the time to begin our work on the implementation of the functions associated with this.

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Pyfiglet Module of Python: Implementation

We will now move on to the implementation phase of this module, during which we will learn how to utilize this module in any Python program in order to print beautiful texts in a variety of forms in the output. To put it in layman’s terms, we may say that we will create ASCII art by making use of the features provided by the pyfiglet module. The translation of basic ASCII encoded phrases into ASCII art form is required to execute this ASCII art; the pyfiglet module gives us with the figlet format() method, which we can utilize inside a Python example application. The following is the syntax for the method figlet format():

In order for us to be able to utilize the figlet format() function of this module in the sample programs that we have created, the syntax that we use for it has to be right. The following is the correct syntax to use when using the figlet format() method on the pyfiglet object.

module:

The figlet format() function, as we can see, accepts two arguments within it, and the following is a description of the arguments that are used within this function: I ‘inputText’: This is a mandatory argument of this function; if you do not provide it, the figlet format() function will not produce any output. This argument is required for the function to work. Within of this function, we need to submit the input text, which is already in ASCII encoded form, as an argument, and the function will transform the input supplied text into elegant pattern texts that will be produced. (ii) font: The function does not need you to provide the kind of font you want to use. The fancy font of the text that will be yielded in the output is specified by this argument, and the input encoded text will be printed using the same fancy text pattern that is defined by this argument.

The figlet format() function will now walk us through many instances in which we will offer various styles of fonts as an argument in the function, and the input text that is supplied in the function will be printed using the same font that was provided in the argument. As a result of the many kinds of parameters, the module will print a variety of distinct text patterns and styles, all of which are determined by the font that is sent into the function. These patterns and styles correspond to the various functionality that the module offers. By putting each of these distinct sorts of fancy font arguments and their outputs to use in the example programs, we will get an understanding of all of these different forms of fancy font arguments. Several example programs will be used for the various sorts of parameter types that will be utilized inside the figlet format() function’s font argument. Have a look at the sample program that is provided below to get an understanding of how this pyfiglet module works and how we may interact with it:

Example 1: Printing Text with Default Font:

We have shown that the font is a non-required parameter for the figlet format() method; hence, we are free to leave this field empty. If we do not use this argument, however, the function will print the input text supplied in the function using the font that is specified as the default for the function. Have a look at the following Python program, in which we have printed the input text using the figlet format() function’s default format:

Output:

As we can see, the text to be entered is passed on as an argument, and the function then prints out the text to be input using the font that it has set as its default. With this method, we will now be able to display default pattern strings in the output.

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Example 2: Using the Slant Font Text:

By using the keyword “slant” as the parameter for the font property of the figlet format() method, we will cause the inputted encoded text to be printed using the slant font. Take a look at the following example program, in which the input texts supplied to us were printed in the slant style pattern in the.

output:

Output:

As can be seen, the words that are supplied as input into the program are produced in the output using slanted style fonts when the’slant’ font parameter is used in the programming language. Because of this, we are able to print slanted pattern texts in the output.

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Example 3: Using the 3-D Font Pattern:

By using the keyword ” 3-D ” as the parameter for the font property of the figlet format() method, we will cause the inputted encoded text to be printed using the 3-D font pattern. Have a look at the following example program, in which we printed the input words using the three-dimensional font style in the.

output:

Output:

As can be seen, the texts that were supplied as input are printed in the output utilizing the 3-d style fonts; as a result, we are able to print 3-d pattern texts in the output by making use of this.

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Example 4: Using the Alphabet Font Pattern:

By using the keyword “alphabet” as the parameter for the font property of the figlet format() method, we will cause the inputted encoded text to be printed using the alphabet font pattern. Take a look at the following illustration of a program, in which we printed the input texts using the alphabet font style in the.

output:

Output:

Since we can see, the texts that were supplied as input are the ones that are written in the output using the alphabet-style fonts. Because of this, we are able to print alphabet pattern texts in the output by utilizing this.

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Example 5: Using the Doh Font Text:

The input supplied encoded text will be printed using the doh font here by giving the ” doh ” keyword as the font parameter inside the figlet format ()

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Output:

Since we can see, the texts that were supplied as input are written in the output using the doh-style typefaces. Because of this, we are able to print doh pattern texts in the output by making use of this.

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Example 6: Using the Letters Font Pattern:

By passing the “letters” keyword to the figlet format() method as the parameter for the font property, we will cause the inputted encoded text to be printed using the letters font pattern. See the following illustration of a program, in which we printed the input words using the letter font style in the.

output:

Output:

According to what we can see, the texts that were supplied as input are written in the output using the letter style fonts. Because of this, we are able to produce letters pattern texts in the output by using this.

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Example 7: Using the Bubble Font Text:

We are going to print the inputted encoded text using the bubble font by using the keyword “bubble” as the font parameter inside of the figlet format ()

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Output:

The input given text is printed in the bubble style format will look like as follow: 
  _   _   _   _   _   _   _     _   _  
 / \ / \ / \ / \ / \ / \ / \   / \ / \ 
( W | e | l | c | o | m | e ) ( t | o )
 \_/ \_/ \_/ \_/ \_/ \_/ \_/   \_/ \_/ 
  _   _   _   _   _   _   _   _   _   _   _  
 / \ / \ / \ / \ / \ / \ / \ / \ / \ / \ / \ 
( J | a | v | a | T | p | o | i | n | t | ! )
 \_/ \_/ \_/ \_/ \_/ \_/ \_/ \_/ \_/ \_/ \_/

Since we can see, the texts that were supplied as input are written in the output using the bubble style fonts. Because of this, we are able to print bubble pattern texts in the output by utilizing this.

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Example 8: Using the Digital Font Text:

By using the keyword “digital” as the font parameter within the figlet format, the inputted encoded text will be printed using the digital font ()

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Output:

The input given text is printed in the digital style format will look like as follow: 
+-+-+-+-+-+-+-+ +-+-+ +-+-+-+-+-+-+-+-+-+-+-+
|W|e|l|c|o|m|e| |t|o| |J|a|v|a|T|p|o|i|n|t|!|
+-+-+-+-+-+-+-+ +-+-+ +-+-+-+-+-+-+-+-+-+-+-+