A dynamic visualization exploring the kinetic energy of the Bitcoin network through physics-based node decomposition and orbital particle systems. Each letter features a central node that can split and recombine, surrounded by orbiting particles that respond to blockchain activity. Network metrics influence the motion patterns, creating a living representation of blockchain state.
artist
OnChainDoc in collaboration with AI Assistant
version
22.0.0
created
2024-11-16
type
Dynamic HTML/JavaScript Ordinal Inscription
format
HTML
dimensions
width
576
height
576
unit
pixels
attributes
trait_type
Visual Style
value
Node Decomposition
trait_type
Animation Type
value
Physics-Based
trait_type
Particle System
value
Orbital
trait_type
Node Behavior
value
Split-Recombine
trait_type
Data Integration
value
Real-time Blockchain Data
mechanics
nodes
anchor_nodes
type
Fixed position
color
#00FF41
behavior
Split on new blocks
orbital_particles
type
Dynamic
color
#FFFFFF
count_per_letter
5
physics
orbit_radius
20
base_speed
0.02
wobble_range
5-10px
split_distance
15
animations
split_duration
1000
recombine_duration
800
orbital_period
Variable based on network activity
blockchain_data_mapping
transaction_count
effect
Orbital speed
relationship
Higher count = faster orbits
range
min
500
low
2000
normal
3450
high
5500
max
8000
merkle_root
effects
Color generation
Wobble amplitude
new_blocks
trigger
Node splitting sequence
visual_features
Dynamic text rendering
Glow effects
Color transitions
Particle trails
Node splitting animations
Orbital motion patterns
technical_features
SVG-based rendering
Physics simulation
Real-time blockchain data integration
Smooth animation transitions
Responsive scaling
inspiration
Inspired by the dynamic nature of Bitcoin network activity and the concept of nodes as fundamental network components. The artwork visualizes network state through physical motion and decomposition, creating a living representation of blockchain activity.
viewing_instructions
The artwork automatically updates with new blocks. Hover over the visualization to view current block information. Node splitting occurs on new blocks, while continuous orbital motion reflects ongoing network activity.
collection
CryptoText Art Series
rights
This artwork is part of an open edition. The owner has the right to display and transfer the artwork, but not to modify its code or create derivative works.