image-to-ascii

image-to-ascii is a java image to ascii art parser, as the name implies, it generates an ASCII art from any image.
It is highly configurable but at the same time easy to use.

Results

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Gradle:

dependencies {
  implementation ("io.github.seujorgenochurras:image-to-ascii:0.0.5")
}

Maven:

<dependency>
    <groupId>io.github.seujorgenochurras</groupId>
    <artifactId>image-to-ascii</artifactId>
    <version>0.0.5</version>
</dependency>

JPM:

jpm -i=io.github.seujorgenochurras.image-to-ascii

⚠️ NOT RECOMMENDED ⚠️ JPM has a whole lots of bugs and it'll probably give you a massive headache.
This is here because I worked hard (and badly) on it, if you liked the idea please let me know somehow.

Usage

Since the parser is highly configurable it might be really annoying to use. So if you are in a hurry, or you just don't want to read the code you can use the DefaultParserConfig.

  String imagePath="smth/somewhere/yourImageFilePath";

        String imageAsciiArt=DefaultAsciifier.toAscii(imagePath,height,width,withAnsiColor);

        FileWriter fileWriter=new FileWriter("myAsciiArt.txt");
        fileWriter.write(imageAsciiArt);
        fileWriter.flush();

Configurations

If you want to configure more stuff such as the core algorithms, you can do it with the ParserConfig :

String[]symbols={" ",".","-","I","W","@"};

      ParserConfig parserConfig=ParserBuilder.startBuild()
      .parserAlgorithm(Algorithms.HUMAN_EYE_ALGORITHM)
      .scaled()
      .height(30)
      .width(80)
      .getScale()
      .symbols(symbols)
      .withColor(new AnsiColorAlgorithm())
      .build();

      String asciiArt=AsciiParser.parse(imagePath,parserConfig);

As you can see, there are lots of different configurations for your ASCII art, I'll list some of the most important stuff here:

• parserAlgorithm

  • This is the algorithm that defines how to deal with brightness, basically speaking the HUMAN_EYE_ALGORITHM is the best for humans

• scaled

  • This is where you define if you want to scale down (or up) your image

• symbols

  • Symbols to use in the ASCII art from darkest to brightest, you can use symbolPatternFinder to automatically generate symbols in ""perfect"" order

      String[] unorderedSymbols = StringUtils.getUTFChars(32, 132);
      String[] symbols = BestSymbolPatternFinder.findBestPattern(totalSymbols, unorderedSymbols).toArray();

• withColor

  • This is the color algorithm, yes you read it right, we have colors.
    More specifically ANSI colors, if you have no idea what ANSI is, it is basically a standard on most of the terminals that allows you to make some pretty awesome stuff, like playing videos with characters on your terminal or even colorize them.
    for now there are only 2 colored algorithms, the normal ANSI and the ANSI with tones