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Bastion Falls Bastion Falls

Orbs of Power: Planar Convergence Theory

Natural Formation

Section titled “Natural Formation”

Crystallization Theory

Section titled “Crystallization Theory”
  • Orbs represent crystallized planar intersections
  • Form at points of stable planar convergence
  • Natural process not fully understood
  • Size correlates with convergence strength

Formation Conditions

Section titled “Formation Conditions”

  1. Major Convergence Points

    • Large, perfectly spherical orbs
    • Mark significant planar intersections
    • Possibly artificial enhancement
    • Stable long-term formations

  2. Natural Deposits

    • Smaller, irregular orbs
    • Form in cave systems
    • Cluster around major orbs
    • Natural formation process

Orb Classifications

Section titled “Orb Classifications”

Enhancement/Repulsion Pair

Section titled “Enhancement/Repulsion Pair”

  1. Orbs of Enhancement

    • Purple-black coloration
    • Channel energy from Chaotic Planes to Material
    • Most common in natural deposits
    • Critical for magical creature survival

  2. Orbs of Repulsion

    • Black with red light
    • Push energy from Material to other planes
    • 1:100 ratio with enhancers
    • Create anti-magic fields

Artificial Pair

Section titled “Artificial Pair”

  1. Orbs of Endowment

    • Pearlescent white
    • Grant magical access
    • Reformed Church creation
    • Portable magical sources

  2. Orbs of Absorption

    • Uniform yellow light
    • Drain and redistribute magical energy
    • Affect mental attributes
    • Artificial origin

Geographical Distribution

Section titled “Geographical Distribution”

Natural Patterns

Section titled “Natural Patterns”

  1. Major Deposits

  2. Bastion Phenomenon

    • Massive enhancement orb
    • Possible artificial enhancement
    • Connected to magic’s return
    • Unique formation conditions

Mathematical Model

Section titled “Mathematical Model”
class OrbFormation:
    def calculate_formation_potential(self, location, time):
        """
        Model orb formation likelihood
        """
        return {
            'planar_convergence': self.convergence_strength(location, time),
            'geological_factors': self.cave_system_viability(location),
            'existing_orb_influence': self.nearby_orb_effects(location),
            'formation_type': self.predict_orb_type(location)
        }


    def predict_enhancement_repulsion_ratio(self, location):
        """
        Calculate expected ratio of enhancement to repulsion orbs
        """
        base_ratio = 100  # Standard 100:1 ratio
        modifiers = self.local_planar_conditions(location)
        return base_ratio * modifiers.influence_factor

Artificial Creation

Section titled “Artificial Creation”

Reformed Church Methods

Section titled “Reformed Church Methods”

  1. Pedestal Technology

    • Unknown creation process
    • Forms orbs over time
    • Portable formation points
    • Limited to endowment/absorption types

  2. Theoretical Implications

    • Controlled planar manipulation
    • Post-Bastion understanding
    • New magical framework
    • Possible historical knowledge

Research Applications

Section titled “Research Applications”

Current Studies

Section titled “Current Studies”

  1. Formation Mechanics

    • Natural process investigation
    • Artificial creation analysis
    • Planar interaction mapping
    • Energy flow patterns

  2. Distribution Analysis

    • Geographical patterns
    • Formation conditions
    • Historical significance
    • Future predictions

Practical Applications

Section titled “Practical Applications”

  1. Magical Infrastructure

    • Enhancement orb placement
    • Repulsion orb barriers
    • Energy distribution networks
    • Population support

  2. Conservation

    • Magical creature habitats
    • Energy stability
    • Resource management
    • Protection protocols

Modern Implications

Section titled “Modern Implications”

Post-Bastion Era

Section titled “Post-Bastion Era”

  1. Changed Conditions

    • New formation patterns
    • Different planar alignments
    • Artificial influence
    • Future uncertainty

  2. Research Priorities

    • Formation prediction
    • Distribution mapping
    • Effect monitoring
    • Application development

Future Considerations

Section titled “Future Considerations”

  1. Natural Formations

    • New deposit prediction
    • Stability assessment
    • Protection needs
    • Access management

  2. Artificial Development

    • Creation technology
    • Control methods
    • Safety protocols
    • Ethical considerations

See Also

Section titled “See Also”