![]() ![]() You can check out available fonts like so. You can specify another font, using the -f flag, font is a. $ figlet -kp < girlfriend.txt _ _ _ _ _ _ $ echo "I wish I could chmod 644 my Girlfriend" >girlfriend.txt Rather than type your text on the command-line, you can read text from a file, using the -p option as shown. $ figlet -t įor a more clear output, you can use the -k flag to add a little space between the printed characters: check out the different between the above and below output as shown. If you have a wider terminal, you can use the full width of your terminal with the -t switch. ![]() You can also control the output width with the -w switch, the default width is 80 columns. In addition, also use -l to set the output to the left or -r to print it to the right. If you want the output to be created at the center, use the -c flag as shown. Once installed, the basic way of using figlet is by providing as an argument, the text that you want to transform as a banner or large text, as shown. To use FIGlet and TOIlet tools together, you first need to install them on your Linux system using default package manager as shown. How to Install and Use Figlet and Toilet Tools in Linux Read Also: 20 Funny Linux Commands to Have Fun in TerminalįIGlet is a simple command-line utility for creating ASCII text banners or large letters out of ordinary text, whereas TOIlet (a sub-command under figlet) is a command-line utility for creating colorful large characters from ordinary text. In this article, we will show how to create your own appealing ASCII text banners from plain text, using two command-line utilities called FIGlet and TOIlet. Yield f"_" if avg >= 32 else "██"įor y in range(1, len(usc := "".join(unscaled_chars()).split("\n")), scale):įor pixel in make_ascii("././link_sprite.Recently, we have explained about how to randomly display predefined ASCII art on the Linux terminal, using a program called ASCII-Art-Splash-Screen. If term_height > img_height else (img_height, term_height) Numerator, denominator = (term_height, img_height) \ Pixels, img_width, img_height = img.getdata(), *img.size Does anyone who is familiar with optimizing code have a few tips as to how I can make make_ascii take less time? from PIL import Image I want to join them to have only one generator here, but I do not know how as it has gotten very complex trying to do so. I have noticed that I am using two lazy generator streams, one for unscaled_chars and one at the bottom of make_ascii. For larger images, generating an image can take more than 30 seconds. I have made a black-and-white ASCII art generator in Python. ![]()
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