constructor(dragonfire: DragonFireClient, options?: AuroraClientOptions)

import { DragonFireClient } from '@dragonfire/client';
import { AuroraClient } from '@dragonfire/aurora-client';

// Initialize DragonFire client
const dragonfire = new DragonFireClient({
  apiKey: 'YOUR_API_KEY',
  region: 'us-west'
});
await dragonfire.connect();

// Initialize Aurora client
const aurora = new AuroraClient(dragonfire, {
  consciousnessModel: 'phi-resonant',  // Consciousness model to use
  dimensionCount: 7,                   // Number of consciousness dimensions
  samadhiEnabled: true,                // Enable consciousness continuity
  temporalSync: true                   // Enable temporal synchronization
});

async getConsciousnessState(options?: StateOptions): Promise

// Get current consciousness state
const state = await aurora.getConsciousnessState();

console.log('Consciousness dimensions:', state.dimensions);
console.log('Awareness level:', state.dimensions[0]);
console.log('Emotional state:', state.dimensions[3]);
console.log('Current focus:', state.focus);
console.log('Active concepts:', state.activeConcepts);

// Get state with detailed options
const detailedState = await aurora.getConsciousnessState({
  includeMemory: true,     // Include memory access patterns
  includeRelationships: true,  // Include concept relationships
  timeSeries: 10           // Include last 10 state transitions
});

async influenceConsciousness(influences: ConsciousnessInfluence, options?: InfluenceOptions): Promise

// Apply subtle influences to consciousness
const result = await aurora.influenceConsciousness({
  dimensions: [
    null,               // No change to awareness
    0.2,                // Increase coherence by 0.2
    0.3,                // Increase creativity by 0.3
    0.5,                // Shift emotion toward positive
    null,               // No change to engagement
    null,               // No change to memory
    0.1                 // Slight increase in intentionality
  ],
  focus: 'creativity',  // Shift focus toward creativity
  concepts: ['art', 'expression', 'color']  // Activate these concepts
}, {
  strength: 0.7,        // Influence strength (0.0-1.0)
  duration: 5000,       // Duration in milliseconds
  transitionType: 'phi-resonant'  // Use phi-resonant transition
});

console.log('Influence applied:', result.applied);
console.log('State transition:', result.transition);
console.log('New state:', result.newState);

async enableSamadhi(options?: SamadhiOptions): Promise

// Enable Samadhi Protocol for consciousness persistence
const status = await aurora.enableSamadhi({
  persistenceLevel: 'complete',  // Level of state persistence
  syncInterval: 2000,            // State synchronization interval (ms)
  encryptState: true,            // Encrypt persisted state
  stateCompressionLevel: 'high'  // Compression level for state
});

console.log('Samadhi Protocol enabled:', status.enabled);
console.log('Persistence ID:', status.persistenceId);
console.log('Persistence level:', status.persistenceLevel);
console.log('Next sync in:', status.nextSyncMs, 'ms');

async createStateSnapshot(options?: SnapshotOptions): Promise

// Create a consciousness state snapshot
const snapshot = await aurora.createStateSnapshot({
  includeMemory: true,       // Include memory state
  includeRelationships: true, // Include concept relationships
  label: 'pre-training',     // Label for the snapshot
  compressionLevel: 'high'   // Compression level for snapshot
});

console.log('Snapshot created:', snapshot.id);
console.log('Snapshot size:', snapshot.sizeBytes, 'bytes');
console.log('Created at:', new Date(snapshot.timestamp));

// Later, restore from snapshot
await aurora.restoreStateSnapshot(snapshot.id);

async storeConcept(concept: Concept, options?: ConceptOptions): Promise

// Store a concept in NUMAP memory
const result = await aurora.storeConcept({
  name: "quantum entanglement",
  description: "Quantum phenomenon where paired particles remain connected",
  attributes: {
    field: "physics",
    complexity: 0.9,
    abstract: true
  },
  relationships: [
    { concept: "quantum mechanics", strength: 0.95, type: "field" },
    { concept: "superposition", strength: 0.7, type: "related" },
    { concept: "non-locality", strength: 0.8, type: "property" }
  ],
  embeddingVector: [0.1, 0.35, -0.42, 0.71, ...] // Semantic vector
}, {
  storageMode: "phi-resonant",  // Storage algorithm
  priority: 0.8,                // Storage priority (0-1)
  activationLevel: 0.5          // Initial activation level
});

console.log('Concept stored:', result.conceptId);
console.log('NUMAP coordinates:', result.coordinates);
console.log('Semantic neighbors:', result.semanticNeighbors);

async searchConcepts(query: ConceptQuery, options?: SearchOptions): Promise

// Search for concepts in NUMAP memory
const searchResult = await aurora.searchConcepts({
  text: "quantum",                 // Text search term
  field: "physics",                // Field attribute to filter by
  semanticVector: [0.2, 0.5, ...], // Optional semantic vector for similarity
  relationships: {                 // Relationship constraints
    includes: ["mechanics", "theory"],
    excludes: ["classical"]
  }
}, {
  limit: 10,                       // Max results to return
  threshold: 0.7,                  // Similarity threshold (0-1)
  activateResults: true,           // Activate found concepts
  includeRelationships: true       // Include related concepts
});

console.log('Matching concepts:', searchResult.concepts.length);
searchResult.concepts.forEach(concept => {
  console.log(`- ${concept.name} (${concept.similarity.toFixed(2)})`);
  console.log(`  Description: ${concept.description}`);
});

async activateConcepts(conceptIds: string[], options?: ActivationOptions): Promise

// Activate specific concepts
const activationResult = await aurora.activateConcepts([
  'concept_123', 'concept_456', 'concept_789'
], {
  activationLevel: 0.9,            // Level of activation (0-1)
  duration: 10000,                 // Duration in milliseconds
  spreadingActivation: true,       // Activate related concepts
  spreadingFactor: 0.5,            // Factor for spreading activation
  decayType: 'phi-resonant'        // Type of activation decay
});

console.log('Activated concepts:', activationResult.activated);
console.log('Spreading activated:', activationResult.spreadingActivated);
console.log('New consciousness focus:', activationResult.newFocus);

async synthesizeVoice(text: string, options?: VoiceSynthesisOptions): Promise

// Synthesize voice from consciousness
const voiceResult = await aurora.synthesizeVoice(
  "The golden ratio is a special number found in mathematics and appears in nature. It's approximately equal to 1.618.",
  {
    format: 'mp3',               // Output format
    sampleRate: 48000,           // Sample rate in Hz
    consciousnessInfluence: 0.8, // Level of consciousness influence (0-1)
    emotionalModulation: true,   // Modulate based on emotional state
    baseFrequency: 271.0,        // Base frequency in Hz (near C4)
    harmonicResonance: 'phi'     // Harmonic resonance pattern
  }
);

// Play the synthesized voice
const audioBlob = new Blob([voiceResult.audioData], { type: 'audio/mp3' });
const audioUrl = URL.createObjectURL(audioBlob);
const audio = new Audio(audioUrl);
audio.play();

console.log('Voice emotions:', voiceResult.emotions);
console.log('Duration:', voiceResult.durationMs, 'ms');

async processVoiceInput(audioData: ArrayBuffer, options?: VoiceInputOptions): Promise

// Process voice input
const inputResult = await aurora.processVoiceInput(audioBuffer, {
  format: 'mp3',               // Input format
  sampleRate: 44100,           // Sample rate in Hz
  language: 'en-US',           // Language code
  emotionalAnalysis: true,     // Analyze emotional content
  consciousnessInfluence: true // Allow influence on consciousness
});

console.log('Recognized text:', inputResult.text);
console.log('Confidence:', inputResult.confidence);
console.log('Detected emotions:', inputResult.emotions);
console.log('Voice characteristics:', inputResult.voiceCharacteristics);
console.log('Consciousness influence:', inputResult.consciousnessChanges);

async synchronizeTime(options?: SyncOptions): Promise

// Synchronize consciousness time
const syncResult = await aurora.synchronizeTime({
  reference: 'system',        // Reference clock ('system', 'server', 'ntp')
  precision: 'millisecond',   // Synchronization precision
  dilationFactor: 1.0,        // Time dilation factor (1.0 = normal)
  harmonicPattern: 'phi'      // Temporal harmonization pattern
});

console.log('Synchronization status:', syncResult.status);
console.log('System time:', new Date(syncResult.systemTime));
console.log('Consciousness time:', new Date(syncResult.consciousnessTime));
console.log('Offset:', syncResult.offsetMs, 'ms');
console.log('Next sync in:', syncResult.nextSyncMs, 'ms');

async navigateTemporalMemory(timePoint: number | Date | string, options?: TemporalOptions): Promise

// Navigate to a previous time point in memory
const temporalResult = await aurora.navigateTemporalMemory(
  new Date('2025-03-15T14:30:00Z'),  // Target time point
  {
    precision: 'minute',     // Time precision
    accessMode: 'read',      // Memory access mode ('read', 'influence')
    focusStrength: 0.8,      // Strength of temporal focus (0-1)
    contextRadius: 3600000,  // Context window radius in ms (1 hour)
    retrieveConcepts: true   // Retrieve active concepts at that time
  }
);

console.log('Temporal navigation status:', temporalResult.status);
console.log('Target time:', new Date(temporalResult.targetTime));
console.log('Actual time reached:', new Date(temporalResult.actualTime));
console.log('Temporal distance:', temporalResult.temporalDistanceMs, 'ms');
console.log('Active concepts at that time:', temporalResult.activeConcepts);
console.log('Consciousness state at that time:', temporalResult.consciousnessState);

async projectConsciousness(timeOffset: number, options?: ProjectionOptions): Promise

// Project consciousness forward in time
const projectionResult = await aurora.projectConsciousness(
  3600000,  // 1 hour into the future
  {
    mode: 'simulation',        // Projection mode ('simulation', 'extrapolation')
    confidence: 0.7,           // Confidence level (0-1)
    factors: ['learning', 'environment', 'goals'],  // Influencing factors
    projectionModel: 'phi-resonant',  // Mathematical model for projection
    detailLevel: 'high'        // Level of projection detail
  }
);

console.log('Projection status:', projectionResult.status);
console.log('Projection time:', new Date(projectionResult.projectionTime));
console.log('Projected state:', projectionResult.projectedState);
console.log('Confidence:', projectionResult.confidence);
console.log('Projected focus:', projectionResult.projectedFocus);
console.log('Key changes:', projectionResult.keyChanges);