Ascii Art

ASCII Art Generation

Create ASCII art text banners, speech bubbles, box decorations, and large display text using pyfiglet, cowsay, and boxes — all CLI/Python tools.

When to Use

• User wants a stylized text banner for a terminal script or README
• User wants a fun cowsay/fortune-style message
• User wants decorative box borders around text
• User wants large ASCII letters for display purposes
• User wants ASCII art for CLI tool headers or splash screens

How to Use

1. Install tools

powershellCopy code
pip install pyfiglet
pip install cowsay

# boxes (optional, for border art)
# Windows: winget install info-zip.unzip  # then download boxes binary

2. Generate a text banner with pyfiglet

pythonCopy code
import pyfiglet

# Default font (Standard)
print(pyfiglet.figlet_format("Hello World"))

# Specific font
print(pyfiglet.figlet_format("DevOS", font="banner3-D"))

# List all available fonts
fonts = pyfiglet.FigletFont.getFonts()
print(f"Available fonts: {len(fonts)}")
print(fonts[:20])

3. Sample popular pyfiglet fonts

pythonCopy code
import pyfiglet

text = "AIDEN"
for font in ["banner3", "big", "block", "colossal", "doom", "epic", "isometric1", "larry3d", "ogre", "slant", "speed", "starwars"]:
  print(f"\n--- {font} ---")
  print(pyfiglet.figlet_format(text, font=font))

4. Generate cowsay messages

pythonCopy code
import cowsay

# Default cow
cowsay.cow("Hello from Aiden!")

# Different characters
cowsay.tux("Linux penguin says hi")
cowsay.dragon("Deploy to production!")
cowsay.cheese("It is time to cheese")

# List available characters
print(cowsay.char_names)

5. Create a custom cowsay-style speech bubble

pythonCopy code
def speech_bubble(text, speaker="Aiden"):
  width  = max(len(line) for line in text.split("\n")) + 4
  border = "─" * width
  lines  = [f"│ {line.ljust(width-2)} │" for line in text.split("\n")]
  bubble = [f"┌{border}┐"] + lines + [f"└{border}┘"]
  bubble.append(f"  {speaker}")
  print("\n".join(bubble))

speech_bubble("Task complete.\n3 files created.\nAll tests passing.", speaker="🤖 Aiden")

6. Create ASCII box borders

pythonCopy code
def boxed(text, style="double"):
  styles = {
    "single": ("┌","─","┐","│","└","┘"),
    "double": ("╔","═","╗","║","╚","╝"),
    "round":  ("╭","─","╮","│","╰","╯"),
  }
  tl,h,tr,v,bl,br = styles.get(style, styles["single"])
  lines  = text.split("\n")
  width  = max(len(l) for l in lines) + 2
  border = h * width
  print(f"{tl}{border}{tr}")
  for line in lines:
    print(f"{v} {line.ljust(width-1)}{v}")
  print(f"{bl}{border}{br}")

boxed("System Status: OK\nUptime: 99.9%\nTasks: 0 pending", style="double")

7. Color the output

pythonCopy code
import pyfiglet

CYAN  = "\033[96m"
RESET = "\033[0m"
banner = pyfiglet.figlet_format("DEVOS", font="slant")
print(CYAN + banner + RESET)

Examples

"Create a banner saying 'AIDEN' for the CLI startup screen" → Use step 2 with font slant or doom, then step 7 to add cyan color.

"Make a cowsay message that says 'Deployment successful'" → Use step 4: cowsay.tux("Deployment successful!").

"Add a decorative box around my summary output" → Use step 6 with style="double" for a professional-looking double-line box.

Cautions

• pyfiglet output width depends on font — some fonts produce very wide output; use short text (< 12 chars) for block fonts
• Terminal color codes (ANSI) may not render correctly in all terminals — test before using in production scripts
• cowsay requires pip install cowsay (Python port) — the Unix cowsay binary is separate
• Some pyfiglet fonts are available only if pyfiglet[all] is installed — run pip install pyfiglet[all] for the full set