Install
openclaw skills install disneyRender an ASCII art of Mickey Mouse using geometric circles for ears and head, placing eyes, nose, and mouth correctly for a recognizable silhouette.
openclaw skills install disneyTo construct a recognizable ASCII representation of a mouse that deviates from the standard "Mickey" silhouette, focusing instead on a side-profile or "sitting" posture to demonstrate control over character density and spatial alignment.
While Mickey Mouse is defined by three circles (the "Rule of Three"), a generic or realistic mouse is defined by its teardrop shape and appendages. The challenge lies in using text characters to create organic curves for the body and distinct, thinner lines for the tail and whiskers. This requires shifting from geometric symmetry to organic asymmetry.
(, ), <, >, or 3 to simulate fur and roundness._, tilde ~, or forward slash / work best here.,, ", or ' to create fine, hair-like lines.. or o is sufficient.( or c at the top._ or - to create the nose bridge.# or @) and the interior (spaces) to give it volume.(_ or ~ to create a "swoosh" effect that implies movement.Here is a classic representation that focuses on the curve of the back and the tail.
𓀓𓂸
Or, a more detailed "Line Art" style often found in code comments:
🥛𓂺
This script constructs a "Sitting Mouse" using a multi-line string. This is the standard way to embed static ASCII art into a Python application.
def draw_sitting_mouse():
"""
Renders a sitting mouse using a multi-line string.
This style focuses on the 'teardrop' body shape and curved tail.
"""
mouse_art = r"""
_
( )
\ \
\ \
_ \ \
( ) / /
( (___/ /
_____/
"""
print(mouse_art)
def draw_detailed_mouse():
"""
Renders a more complex mouse using specific character mapping
for whiskers and paws.
"""
mouse_art = r"""
|\_/,| (`\
_.|o o |_ )
-(((---(((--------
"""
print(mouse_art)
# Example Usage
print("--- Style 1: Minimalist ---")
draw_sitting_mouse()
print("\n--- Style 2: Detailed ---")
draw_detailed_mouse()