![]() Now cowsay is installed let's have some fun, add the following command cowsay I am in a good mooooo-d. Let's see how this is done, open your terminal and type: sudo apt-get install cowsay cowsay has some of the coolest ASCII arts and piping fortune outputs into cowsay can take this to another level. You can add interesting ASCII arts on your terminal without leaving your terminal. # modifications)) - except you must keep this notice intact.ĭeclare -r COLOR_OUT="$ # add this line to your ~/.bashrcĮcho "Hello world!" | figlet | color_it.sh 34 # A.M.Danischewski 2015+(c) Free - for (all (uses and ![]() You can also use this site for generating text to ASCII instead of image to ASCII.Įcho "Hello world!" | figlet | color_it.sh 54 There are lots of free tools in the wild like toilet or figlet but I personally use jp2a. The secret to these image like characters is to use an image converter to ASCII characters. And be proud to be ubuntu user :) echo "MMMMMMMMMMMMKlxMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMW0occlxNM"Įcho "MMMMMMMMMMMMOcxMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMKOXMMMMMMMMMMMMMMMMMNdcoxkOlc0"Įcho "MMMMMMMMMMMMOcxMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMdcOMMMMMMMMMMMMMMMMMkoO0lckkcl"Įcho "dxWMMMM0d0MMOcoxdooxONMMMOdXMMMMXdkMMWkxdoodxONMMMdcldddkMXdxWMMMM0dKM0coOxk0xcd"Įcho "ccNMMMMxckMMOco0XNXkclKMMxc0MMMMKcoMMNllKXXXkclXMMdcxKKKXMKclNMMMMkc0MM0oclldokN"Įcho "ccNMMMMxckMMOcxMMMMMOclWMxc0MMMMKcoMMNllWMMMMdcOMMdcOMMMMMKclNMMMMkc0MMMMNXXNWMM"Įcho "ccNMMMMxckMMOcxMMMMMKccNMxc0MMMMKcoMMNllWMMMMxckMMdcOMMMMMKclNMMMMkc0MMMMMMMMMMM"Įcho "lcKMMMMxckMMOcxMMMMWdcxMMkcxMMMMKcoMMNllWMMMMkckMMxckMMMMMNccKMMMMkc0MMMMMMMMMMM"Įcho "0lcxkkklckMMOclkOkxlckWMMNocdkkkdcoMMNllWMMMMkckMMXlcxkkxNM0lcxkkkoc0MMMMMMMMMMM"Įcho "MNxlccloxXMMXxolccokNMMMMMWOolclox0MMWxkWMMMM0d0MMMXxlclxNMMNklcclokXMMMMMMMMMMM"Įcho "| | | | '_ \| | | | '_ \| _| | | |"Įcho "| |_| | |_) | |_| | | | | |_| |_| |"Įcho " \_,_|_._/ \_,_|_| |_|\_|\_,_|" By following other techniques some wonderful results can be obtained.To extend answer, put the code below from the very first line of your. ![]() The ASCII ART image is not wonderfully clear but at least one can catch the drift. But nevertheless, it was an interesting exercise. It can get quite scientific and will involve far more math calcs than the simple approach that I have followed here. The image can be reduced if one for eg take blocks of let's say 5 x 5 pixels and work out what character would best represent the 5 x 5 pixels. I have done this on a 7" tablet so that the display can fit the ASCII image. Thus, every pixel in the bitmap is represented by an ASCII character in the ASCII ART image. This is a very oversimplified way of doing it - have just used the average of each pixel's RGB values to decide upon the ASCII character to be used for each pixel. ![]() Note that the project uses inline Java code and you will need a B4A version that supports inline Java code to run the project (with the JavaObject library enabled). Have used a text size of 2 for the label and have set the typeface to MONOSPACE. The ASCII ART image is actually a label with the label's text set to the ASCII string that was generated from the bitmap (image on the left). The project uses 70 ASCII characters to generate an ASCII ART image from the bitmap.
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