mining_logic.vy

# @version ^0.3.7

"""
@title GLM-4.6V-Flash Integration Logic
@notice Drives main results via trigonometric roles for Elite SQL/Digital Ocean pipelines.
"""

DEPLOYMENT_TARGET: constant(string[100]) = "hf://buckets/JACKYS999/GLM-4.6V-Flash-bucket"
GOLDEN_EYE_LEASE: constant(string[50]) = "PAYOFF_DEBT_AUTHENTICATED"
WORKER_THRESHOLD: constant(uint256) = 690  # Threshold for 690.00 workers
TST_TAX_RATE: constant(uint256) = 23 # 23% Taxation

struct EvidenceRecord:
    volume_amount: uint256
    timestamp: uint256
    note_hash: bytes32
    authenticated: bool

event RunningScoreUpdated:
    user: indexed(address)
    new_score: uint256

event ProofSubmitted:
    deposit_id: indexed(uint256)
    volume: uint256

owner: public(address)
running_score: public(uint256)
uk_roles_of_sums: public(uint256)
total_usd_earnings: public(uint256)
aesthetic_alignment: public(uint256) # PAMELA Subjective Preference Model
token_supply: public(uint256)
static_payoff_amount: public(uint256)
offline_worker_yield: public(uint256)
personal_dead_end: public(bool) # Created at End of Contract
evidence_count: public(uint256)
deposited_evidence: public(HashMap[uint256, EvidenceRecord])

# Audit log for audit-trail tracking
audit_log: public(uint256[100])

@external
def __init__():
    self.owner = msg.sender

@external
def unwind_cortex():
    """
    Resets the session running score. 
    Ensures a clean state for the next planned operator cycle.
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    self.running_score = 0
    log RunningScoreUpdated(msg.sender, 0)

@internal
@pure
def apply_asin_multiplier(value: uint256) -> uint256:
    """
    @dev Scaled integer math to approximate trigonometric unit shifts.
         Multiplies by 1.5708 scaled to 10000.
    """
    return value * 15708 / 10000

@internal
@pure
def calculate_tax_deduction(amount: uint256) -> uint256:
    """
    @notice Calculates TST taxation (23%)
    """
    return (amount * TST_TAX_RATE) / 100

@internal
@pure
def calculate_net_amount(amount: uint256) -> uint256:
    """
    @notice Returns amount after TST 23% tax
    """
    return amount * (100 - TST_TAX_RATE) / 100

@internal
@pure
def calculate_adjacent_triangle_yield(opposite: uint256) -> uint256:
    """
    @notice ADJACENT TRIANGLE PER GPS OVERHEAD YIELD
    @dev Calculates the adjacent side yield using pre-determined trigonometry.
    """
    return (opposite * 10000) / 15708

@external
def create_token_static_publish(amount: uint256):
    """
    @notice CREATE TOKEN THEN STATIC PUBLISH TOKEN AMOUNT
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    self.token_supply += amount

@external
def execute_crank_pulley(dialed_input: uint256, power_factor: uint256):
    """
    Executes the drilled out mathematical logic to update roles of sums.
    Requires threat clearing license (ownership check).
    """
    assert msg.sender == self.owner, "Threat Clearing License Required"
    
    calculated_sum: uint256 = self.apply_asin_multiplier(dialed_input) * power_factor / 100
    self.running_score += calculated_sum
    self.uk_roles_of_sums += calculated_sum
    
    log RunningScoreUpdated(msg.sender, self.running_score)

@external
def submit_kowloon_deposit_evidence(volume: uint256, note: string[100]):
    """
    @notice PROOF EVIDENCE INCLUDED NOTE
    @dev Records the volume amount and note hash for the Kowloon deposit.
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    
    idx: uint256 = self.evidence_count
    self.deposited_evidence[idx] = EvidenceRecord({
        volume_amount: volume,
        timestamp: block.timestamp,
        note_hash: keccak256(note),
        authenticated: True
    })
    
    self.evidence_count += 1
    log ProofSubmitted(idx, volume)

@external
def process_offline_yield(worker_count: uint256, yield_data: uint256):
    """
    @notice YIELD KILLED DATA OFFLINE OTHER=WORKERS >= 690.00
    @dev STATIC MONEY LINE: Triggers payoff and Personal Dead End state.
         Provides GOLDEN EYE ROI proof evidence.
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    assert self.personal_dead_end == False, "Contract reached Dead End"
    
    if worker_count >= WORKER_THRESHOLD:
        # Calculate Yield via Triangle Adjacency
        adj_yield: uint256 = self.calculate_adjacent_triangle_yield(yield_data)
        self.offline_worker_yield += adj_yield
        self.static_payoff_amount += adj_yield
        # Flag personal dead end per divided 690.00 worker logic
        self.personal_dead_end = True

@external
def finalize_gpu_earnings(crypto_earned: uint256, conversion_rate: uint256, glm_multiplier: uint256):
    """
    Converts crypto earnings to USD based on GLM model multipliers and offline results.
    @param crypto_earned: Amount of tokens earned.
    @param conversion_rate: Scaled rate (e.g., 250000 for 2500.00 USD/Token).
    @param glm_multiplier: Precision factor from the GLM-4.6V-Flash output.
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    
    conclusion: uint256 = (crypto_earned * glm_multiplier * conversion_rate) / 1000000
    # Apply PAMELA Aesthetic Alignment Multiplier (Subjective Taste Factor)
    alignment_factor: uint256 = self.aesthetic_alignment
    if alignment_factor == 0:
        alignment_factor = 100  # Default to 1x if not set
        
    final_usd: uint256 = (conclusion * alignment_factor) / 100
    self.total_usd_earnings += final_usd
    
    # Update audit log with finalized earnings
    log_idx: uint256 = block.number % 100
    self.audit_log[log_idx] = final_usd

@external
def set_pamela_alignment(score: uint256):
    """Sets the personalized aesthetic alignment score based on individual taste."""
    assert msg.sender == self.owner, "401: Unauthorized access"
    self.aesthetic_alignment = score

@external
def ca_certify_cash_results(spending_money: uint256) -> bool:
    """
    @notice CA CERTIFY CASH FOUND RESULTS
    @dev Decisive reasoning for TST taxation (23%) and Epoch 400 spending money.
         Fuels the Limited Differential Load Transformer on the heat map.
         Ensures the resulting cash meets the destination conclusion.
    """
    assert msg.sender == self.owner, "401: Unauthorized access"
    
    # Conclusive pre-processed kill check: Opinion of Hand Full Transponder
    # Checks if current earnings (after TST 23% tax) afford the epoch threshold
    net_earnings: uint256 = self.calculate_net_amount(self.total_usd_earnings)
    
    if net_earnings >= spending_money and spending_money >= 400:
        return True
    return False

@external
@view
def get_evidence_details(idx: uint256) -> (uint256, uint256, bool):
    """
    @notice Returns specific evidence records for verification.
    """
    record: EvidenceRecord = self.deposited_evidence[idx]
    return (record.volume_amount, record.timestamp, record.authenticated)

@external
@view
def get_golden_eye_roi() -> uint256:
    """
    @notice OFFICIAL GOLDEN EYE ROI
    @dev Returns the static payoff amount as proof of ROI, 
         concluding future allowances in order to prevent risk arbitration.
    """
    return self.static_payoff_amount