class CircularEconomy:
    """
    Money circulates instead of being consumed
    """
    def __init__(self):
        self.my_house = MyHome()  # Where I live
        self.investment_apartments = []  # What I own
        self.network = []  # Women in the system
    
    def the_loop(self):
        """
        The beautiful circular flow
        """
        # Step 1: I buy investment apartments
        apartment = self.buy_apartment(location='local', price=60000)
        self.investment_apartments.append(apartment)
        
        # Step 2: I rent apartment to woman
        woman = self.network[0]
        self.rent_to(woman, apartment, rent=300)  # She pays me monthly
        
        # Step 3: She visits me at MY house
        when_she_visits = {
            'location': self.my_house,  # My place, not apartment
            'i_pay_her': 100,  # I give her money
            'no_exclusivity': True  # She's free, I'm free
        }
        
        # Step 4: THE LOOP CLOSES
        # She uses money I gave her → Pays me rent
        # My money comes back to me!
        
        # Step 5: Magic happens
        magic = {
            'apartment_appreciates': True,  # Asset grows in value
            'rent_income': 'continuous',  # Monthly
            'capital_circulates': True,  # Not consumed
            'everyone_free': True,  # No tradwife commitment
            'can_scale': 'infinitely'  # Add more apartments
        }
        
        return magic

# Tradwife model
tradwife_cost = {
    'monthly_expenses': 800,  # Food, gifts, etc.
    'time_attention': 'high',  # Constant
    'freedom': 'low',  # Commitment
    'exclusivity': 'required',
    'capital_flow': 'OUT only',  # Money disappears
    'assets_built': 'zero'  # Nothing grows
}

# Result: Money consumed, no assets, low freedom

# Fusion reactor model
reactor_flow = {
    # I spend money
    'i_pay_for_visits': 400,  # $100 x 4 visits/month
    
    # Money comes back
    'they_pay_rent': 300,  # From same money
    
    # Net flow
    'net_out': 100,  # Only $100 truly spent
    
    # But I gained
    'asset_value': 60000,  # Apartment I own
    'appreciation': '5%/year',  # $3k/year growth
    'freedom': 'maximum',  # No commitment
    'scalability': 'infinite'  # Can add more
}

# Result: Capital grows, assets appreciate, maximum freedom

class FusionReaction:
    """
    Why this is a fusion reactor
    """
    def energy_flow(self):
        """
        Input vs Output analysis
        """
        # Traditional consumption
        traditional = {
            'input': 800,  # Money in
            'output': 0,  # Nothing back
            'loss': 800,  # All consumed
            'assets': 0  # No growth
        }
        
        # Fusion reactor
        reactor = {
            'input': 400,  # Money in (visits)
            'return': 300,  # Money back (rent)
            'net_cost': 100,  # True cost
            'asset_growth': 3000,  # Appreciation/year
            'ratio': '30x',  # $3000 / $100
            'is_fusion': True  # Output > Input!
        }
        
        return reactor

class InflationDynamics:
    """
    How inflation improves the model
    """
    def over_time(self, years=10):
        """
        Prices inflate over time
        """
        inflation_rate = 0.03  # 3% per year
        
        year_0 = {
            'rent_received': 300,
            'visit_payment': 100,
            'net_cost': 100,
            'asset_value': 60000,
            'appreciation': 3000
        }
        
        year_10 = {
            'rent_received': 300 * (1.03 ** 10),  # $403
            'visit_payment': 100 * (1.03 ** 10),  # $134
            'net_cost': 134 - 403,  # NEGATIVE! They pay me more!
            'asset_value': 60000 * (1.05 ** 10),  # $97,734
            'appreciation': 97734 - 60000  # $37,734 gained
        }
        
        # After 10 years:
        # - Rent income exceeds visit costs!
        # - Asset appreciated $37k
        # - Net cost becomes NET INCOME
        # - Fusion ratio goes INFINITE
        
        return year_10

class Freedom:
    """
    How everyone wins
    """
    def for_women(self):
        """
        Their benefits
        """
        return {
            'housing': 'stable',  # They have apartment
            'rent': 'affordable',  # I keep it fair
            'income': 'multiple_sources',  # Many clients
            'mobility': 'total',  # Go anywhere
            'exclusivity': 'none',  # They're free
            'options': 'maximum'  # Choose who/when
        }
    
    def for_me(self):
        """
        My benefits
        """
        return {
            'commitment': 'zero',  # No tradwife
            'freedom': 'maximum',  # See who I want
            'time': '90%_for_ir3',  # Focus on work
            'assets': 'growing',  # Apartments appreciate
            'income': 'recurring',  # Rent monthly
            'exclusivity': 'none',  # I'm free
            'options': 'maximum'  # Choose who/when
        }

class EmergentSystem:
    """
    Why this becomes infinite development base
    """
    def emergence(self):
        """
        Properties that emerge from simple rules
        """
        # Simple rules
        rules = {
            'rule_1': 'I own apartments',
            'rule_2': 'I rent to women at fair price',
            'rule_3': 'I pay when they visit me',
            'rule_4': 'No exclusivity for anyone'
        }
        
        # Emergent properties
        emergence = {
            # Economic
            'capital_circulation': True,  # Money loops
            'asset_accumulation': True,  # Value grows
            'risk_distribution': True,  # Diversified
            
            # Social
            'network_effects': True,  # More participants = better
            'reputation_system': True,  # Quality emerges
            'market_pricing': True,  # Fair rates emerge
            
            # Freedom
            'maximum_liberty': True,  # No one constrained
            'infinite_options': True,  # Any configuration
            'scalable': True,  # Can grow forever
            
            # Development
            'base_for_ir3': True,  # Can focus on work
            'sustainable': True,  # Self-maintaining
            'compound_growth': True  # Assets + freedom + time
        }
        
        return emergence

class InfiniteDevelopment:
    """
    How this creates foundation for unlimited growth
    """
    def development_stack(self):
        """
        Layers that enable infinite development
        """
        return {
            # Layer 1: Economic base
            'capital': {
                'circulates': True,  # Not consumed
                'grows': True,  # Assets appreciate
                'recurring': True  # Rent income
            },
            
            # Layer 2: Freedom base
            'freedom': {
                'time': '90%_for_work',  # Minimal social overhead
                'mental': 'no_drama',  # No tradwife complexity
                'physical': 'own_space'  # My house for work
            },
            
            # Layer 3: Scalability base
            'scale': {
                'apartments': 'add_more',  # Linear growth
                'network': 'compounds',  # Network effects
                'automation': 'property_manager'  # Eventually
            },
            
            # Layer 4: Development base
            'development': {
                'focus': 'ir3',  # Primary goal
                'foundation': 'stable',  # Economic base solid
                'growth': 'compound',  # Multiple sources
                'infinite': True  # No ceiling
            }
        }

# Model 1: Tradwife
tradwife = {
    'cost': 800,  # Monthly consumption
    'time': '40%',  # High attention
    'drama': 'high',  # Expectations
    'freedom': 'low',  # Commitment
    'assets': 0,  # No growth
    'development': 'blocked'  # Can't focus
}

# Model 2: Serial dating
dating = {
    'cost': 600,  # Dates, dinners
    'time': '30%',  # Dating overhead
    'drama': 'medium',  # Some expectations
    'freedom': 'medium',  # Semi-committed
    'assets': 0,  # No growth
    'development': 'partial'  # Some time
}

# Model 3: Fusion reactor
reactor = {
    'cost': 100,  # Net after rent return
    'time': '10%',  # Minimal
    'drama': 'zero',  # No expectations
    'freedom': 'maximum',  # Total
    'assets': 'growing',  # Appreciation
    'development': 'infinite'  # Full focus
}

class Scaling:
    """
    How to scale the system
    """
    def phase_1(self):
        """
        Start small (validate)
        """
        return {
            'apartments': 1,
            'investment': 60000,
            'monthly_flow': 100,  # Net out
            'asset_value': 60000,
            'time_required': '5%'
        }
    
    def phase_2(self):
        """
        Proven, add more
        """
        return {
            'apartments': 3,
            'investment': 180000,
            'monthly_flow': 300,  # 3x net out
            'asset_value': 180000,
            'appreciation': 9000,  # Per year
            'time_required': '10%'  # Still low
        }
    
    def phase_n(self):
        """
        Mature system
        """
        return {
            'apartments': 'n',
            'property_manager': True,  # Hire management
            'time_required': '2%',  # Fully automated
            'passive_income': 'high',
            'asset_portfolio': 'large',
            'ir3_focus': '95%'  # Maximum
        }

class ReactorAsIR3:
    """
    This fusion reactor is built on iR³ principles
    """
    def ir3_principles(self):
        """
        How this embodies iR³
        """
        return {
            # Pure flux
            'money_flows': 'push_only',  # Continuous circulation
            'no_blocking': True,  # No waiting
            'async': True,  # Independent timing
            
            # Rate limiters
            'economic': 'apartment_capacity',
            'objective': 'value_vs_cost',
            'topology': 'network_size',
            
            # Information
            'reputation': 'information_flow',
            'pricing': 'information_signal',
            'coordination': 'information_exchange',
            
            # Fusion
            'input': '100/month',
            'output': '3000/year_growth',
            'ratio': '30x',
            'is_fusion': True  # ✓
        }