ASCII Art Tools and Techniques
Create Art from Text, Images, and Live Video
ASCII art turns text characters into images. The constraint is the medium: 95 printable characters, each occupying the same fixed-width cell. Within those limits, artists and generators produce everything from single-line emoticons to full-resolution photograph conversions. The tools below cover the main approaches, from typing your own to generating art from images and text.
1. Text-to-Art Generators
The most common use case: type a word or phrase, get back large block-letter output using printable ASCII characters. These generators use FIGlet-compatible fonts (over 270 available) to render each letter as a multi-line character block. The output works in code comments, terminal banners, email signatures, and README headers.
Our ASCII art generator produces FIGlet-style banners from any input text. You can adjust the font, width, and character set. The output copies directly to clipboard for pasting into source code, terminals, or documents. Browse examples on the ASCII banners page.
2. Image-to-ASCII Conversion
Image-to-ASCII tools replace each pixel (or pixel block) with a character whose density matches the brightness. Dense characters like @ and # represent dark areas; sparse characters like . and space represent light areas. The result is a text rendering of the original image.
Use the image to ASCII converter on this site to upload any photograph or graphic. You control the output width (more columns = more detail) and the character set used for density mapping. The tool handles color images by converting to grayscale first, then mapping brightness to character density.
Watch out for aspect ratio. Characters are taller than they are wide (roughly 2:1 in most monospace fonts), so naive conversion produces vertically stretched output. Good converters compensate by sampling a rectangular pixel block (e.g., 6x10) per character cell, not a square one.
3. Hand-Drawing Tools
For freeform ASCII art, drawing tools provide a canvas where each cell holds one character. You place characters manually with pencil, line, and shape tools. The CP437 character set is popular for hand-drawn art because its box-drawing characters (single and double lines, corners, T-junctions) create clean borders and frames.
Features to look for: grid overlays for alignment, undo/redo, copy-paste of rectangular regions, and export to both plain text and image formats. Some editors also support FIGlet text insertion, letting you mix hand-drawn elements with generated block text.
4. Pattern Generators
Pattern generators tile characters into repeating motifs - grids, waves, spirals, and geometric shapes. They are useful for creating backgrounds, dividers, and decorative borders in text-only environments. Symmetry controls, character selection, and grid size adjustments let you dial in the exact look.
You can find pattern ideas in the ASCII art gallery, which organizes examples by category. The one-liner art collection demonstrates what is achievable in a single line of characters.
5. Emoticons and Kaomoji
The simplest form of ASCII art: faces and expressions built from punctuation and symbols. Western emoticons read sideways (:) for a smiley). Japanese kaomoji read straight on and use a wider character range, including Unicode: (\u256f\u00b0\u25a1\u00b0)\u256f\ufe35 \u253b\u2501\u253b for the table flip.
The emoticons page collects 80+ text faces organized by emotion: happy, sad, angry, surprised, shrug, disapproval, and more. Each one copies to clipboard with a single click.
6. Where ASCII Art Appears Today
ASCII art is not just nostalgia. Source code headers use FIGlet banners to mark section boundaries. Terminal applications render logos in ASCII on startup (neofetch, cowsay). Security researchers use ASCII art in CTF challenges. Developers use text diagrams in documentation when image embedding is impractical.
The text converter can show how text looks in different representations (binary, hex, base64), while the text to ASCII tool reveals the underlying code points. For encoding-specific character art, check the CP437 table - its box-drawing and block characters (positions 176-223) were specifically designed for creating text-mode interfaces and art on DOS systems.