Game Mechanics
Understand the intricate systems that power MootFlip gameplay through detailed examples and illustrations.
Pattern Types & Mechanics
Patterns are the fundamental building blocks of MootFlip strategy. Each pattern type has unique properties and behaviors that determine how it interacts with the game environment.
Prime Patterns (p-patterns)
Prime patterns follow the E₈ root system vectors, providing stability and predictability. They form the foundation of ordered strategies and are represented by shield and structural symbols.
Key Properties
- High stability rating (0.7-0.9)
- Predictable evolution paths
- Strong defensive capabilities
- Resistant to quantum interference
- Efficient energy utilization
Common Prime Patterns
Strategic Tip
Example: Prime Pattern Formation
In this board state, notice the shield symbols (◯) at coordinates (-3,-2) and (-3,3). These prime patterns create a stable defensive line that protects the player's energy resources. The shield at (-3,-2) is connected to a block pattern at (-4,1), forming a prime pattern network with enhanced stability.
Prime Pattern Example: Shield Wall
A common opening strategy is the "Shield Wall" formation, where three shield patterns are placed in adjacent hexes to create a defensive barrier.
Pattern Interaction Rules
Patterns interact with each other according to specific rules based on their types, proximity, and phase relationships.
Prime-Prime Interactions
- Reinforce stability (+20% stability rating)
- Form energy-efficient networks
- Create defensive barriers
- Slow evolution rate
Chaotic-Chaotic Interactions
- Amplify uncertainty (multiple evolution paths)
- Generate energy surges
- Create interference zones
- Accelerate evolution rate
Bridging-Bridging Interactions
- Extend quantum tunneling range
- Balance energy distribution
- Create phase coherence zones
- Moderate evolution rate
Prime-Chaotic Interactions
- Destabilize prime patterns (-30% stability)
- Chaotic patterns lose energy rapidly
- Create phase disruption zones
- Unpredictable evolution outcomes
Prime-Bridging Interactions
- Stabilize bridging patterns (+15% stability)
- Enable controlled energy channeling
- Create secure quantum tunnels
- Predictable but flexible evolution
Chaotic-Bridging Interactions
- Energize bridging patterns (+25% energy)
- Create unstable but powerful tunnels
- Enable rapid pattern deployment
- Multiple potential evolution paths