cross-posted from: https://lemmy.world/post/21289888
https://gitlab.com/christosangel/chaftrix
This program written in C will render the matrix effect in the terminal window in the background, while rendering an image in the foreground, allowing animation of this image in one or two dimensions.
Image rendering is done with chafa.
This program is the continuation and evolution of other projects:
https://gitlab.com/christosangel/matrix_clone
https://gitlab.com/christosangel/chaftrix
This program written in C will render the matrix effect in the terminal window in the background, while rendering an image in the foreground, allowing animation of this image in one or two dimensions.
Image rendering is done with chafa.
This program is the continuation and evolution of other projects:
https://gitlab.com/christosangel/matrix_clone
cmatrix has it's own features, and has most certainly been an inspiration. At first I made a project as a matrix-clone, in c.
Later on I added an extra feature in another project, rendering ascii-art in the foreground. In this step I tried taking a step further on.
cross-posted from: https://lemmy.world/post/20819143
https://gitlab.com/christosangel/animatrix
This program written in C will create some basic animation of ascii-art loaded from a txt file, while rendering the matrix effect in the terminal window.
I am a linux user, this is a FOSS project that I created.
This is a project that makes my linux experience more pleasant.
Is this a project that might interest other linux users, or might make their experience better?
Judging from the 49 upvotes so far, yes.
Do you share the same opinion? I don't know.
If not, feel free to downvote, and/or move on.
I stand corrected.
cross-posted from: https://lemmy.world/post/20670854
https://gitlab.com/christosangel/c-squares
c-squares written in the C language will render random coloured rectangulars in the terminal, while the font, speed, density, color, ratio and number of the shapes drawn are fully costumizable.
Every time a rectangular is complete, a new one starts to take shape.
Click on image to play video
Feel free to explore the endless variations.
A cron job would not be a bad idea.
cross-posted from: https://lemmy.world/post/20356859
https://gitlab.com/christosangel/magic-tape
Magic-tape is an image supporting fuzzy finder tui YouTube client.
Now introducing a new feature: the video description as well as the comments written by YT viewers will be shown in the terminal window, while the video is reproduced.
Thus, the user can be satisfied reading other viewers having a swing at the politicians/celebrities/stars they love to hate, or, watch closely to their heart's content, as cyber nuclear attacks are launched between self-righteous, valiant and livid keyboard fighters.
Comment loading is asynchronous to video loading, so it is possible that there will be some delay in the appearence of the comments. That depends on the number of comments, network speed etc.
piper
Indeed piper performs very well. Thank you for the input, I will most certainly consider adding the option to select tts engine in the near future, piper sounds totally worth it.
speech-dispatcher
If you are referring to locally generated speech synthesis, the respecting outcome as far as I am concerned generally sounds generally poorer, and is more difficult to manage. However you can check out the original project https://gitlab.com/christosangel/sapo, where the audio files are generated locally.
Do you mean an option to choose between various tts methods?
And, as far as
send-your-text-to-Microsoft bit
goes, well, if MS wants a copy of Brothers Karamazov, they can save themselves the trouble and get it here , it is free https://www.gutenberg.org/
I totally undersand what you are saying. Initially, the original project used local text-to-speech, but was less than perfect, slower and cpu-costly.
You can check it out here https://gitlab.com/christosangel/sapo
Once a FOSS solution gets better and more usable, swapping the tts conversion is not a great deal.
https://gitlab.com/christosangel/sapo3
Sapo3 is a suite of scripts-tools that can help the user convert a text file to an audio file.
It uses the tts-edge API for text-to-speech conversion.
Big txt files can be easily converted to audio books, using a wide range of customization capabilities.
When the user runs Sapo3, they will be presented with a menu of options:
o option: Fix name pronunciation with Fix Names
c option: Split text to chapters with Chapterize
v option: Convert File to audio
f option: Check every sentence outcome with Fix Audio option.
m option: Merging Audio Files
p option: Configuring Preferences
https://gitlab.com/christosangel/tui-battleship
This is a tui implementation of the popular classic naval battle game, written in Bash.
The objective of the game is to destroy the computer's fleet, before the computer achieves the same against you.
You take turns with the computer, hitting squares in each other's grids.
You have to guess the position of the enemy ships on the computer's 10x10 grid, in order to win.
You lose if the computer achieves sinking your ships first.
https://gitlab.com/christosangel/nine
nine is a tui implementation of the classic 3x3 sliding-puzzle, in Bash.
There is a 3x3 grid that contains 8 tiles, and one position that is empty.
The user can move around the 8 tiles on the only one empty space, using the navigation keys.
The player in order to win, has to put the numbered tiles in order.
https://gitlab.com/christosangel/mneme
mneme is a version of the classical memory game, that the user can play in a terminal window. It is a script written in Bash.
The user by editing a configuration file, can select a wide range of character themes and levels of difficulty(matrix size).
https://gitlab.com/christosangel/tui-mines
tui mines is evidently a text-based user interface implimentation of the classic mine sweeping puzzle game.
The user has to clear a board, square by square, flagging the squares suspected to hide mines on the way.
If the user opens a mine square, things go KABOOM! and the game is lost.
The user uses hints from the numbered squares. This numbers how many bombs are touching that square in every direction ( 8 in total).
Through logic, and a bit of luck, the player ends up clearing all the squares, while flagging all the mines.
UPDATE: I have just added another animation option (hop), you can check it out here.