Advanced Seismology

// Advanced Seismology Framework class AdvancedSeismology { constructor() { this.earthquakes = []; this.waves = []; this.faults = []; this.stations = []; } // Earthquake Monitoring monitorEarthquakes(stations, data) { const monitoring = { stations: stations, data: data, detection: null, location: null, magnitude: null, mechanism: null }; // Event Detection monitoring.detection = this.detectEvents(stations, data); // Earthquake Location monitoring.location = this.locateEarthquake(monitoring.detection); // Magnitude Calculation monitoring.magnitude = this.calculateMagnitude(monitoring.location); // Focal Mechanism monitoring.mechanism = this.determineMechanism(monitoring.magnitude); return monitoring; } // Seismic Wave Analysis analyzeSeismicWaves(waves, properties) { const waveAnalysis = { waves: waves, properties: properties, processing: null, interpretation: null, modeling: null, inversion: null }; // Wave Processing waveAnalysis.processing = this.processWaves(waves, properties); // Wave Interpretation waveAnalysis.interpretation = this.interpretWaves(waveAnalysis.processing); // Wave Modeling waveAnalysis.modeling = this.modelWaves(waveAnalysis.interpretation); // Waveform Inversion waveAnalysis.inversion = this.invertWaves(waveAnalysis.modeling); return waveAnalysis; } // Fault Mechanics analyzeFaultMechanics(fault, stress) { const faultMechanics = { fault: fault, stress: stress, geometry: null, kinematics: null, dynamics: null, rupture: null }; // Fault Geometry faultMechanics.geometry = this.analyzeGeometry(fault, stress); // Kinematic Analysis faultMechanics.kinematics = this.analyzeKinematics(faultMechanics.geometry); // Dynamic Analysis faultMechanics.dynamics = this.analyzeDynamics(faultMechanics.kinematics); // Rupture Process faultMechanics.rupture = this.analyzeRupture(faultMechanics.dynamics); return faultMechanics; } // Earth Structure Imaging imageEarthStructure(seismic, tomography) { const imaging = { seismic: seismic, tomography: tomography, data: null, processing: null, inversion: null, interpretation: null }; // Data Collection imaging.data = this.collectData(seismic, tomography); // Data Processing imaging.processing = this.processData(imaging.data); // Tomographic Inversion imaging.inversion = this.invertTomography(imaging.processing); // Structure Interpretation imaging.interpretation = this.interpretStructure(imaging.inversion); return imaging; } // Earthquake Engineering designEarthquakeResistant(structures, ground) { const engineering = { structures: structures, ground: ground, analysis: null, design: null, testing: null, performance: null }; // Seismic Analysis engineering.analysis = this.analyzeSeismic(structures, ground); // Structural Design engineering.design = this.designStructure(engineering.analysis); // Performance Testing engineering.testing = this.testPerformance(engineering.design); // Performance Assessment engineering.performance = this.assessPerformance(engineering.testing); return engineering; } // Hazard Assessment assessEarthquakeHazard(region, parameters) { const hazard = { region: region, parameters: parameters, analysis: null, modeling: null, assessment: null, mitigation: null }; // Hazard Analysis hazard.analysis = this.analyzeHazard(region, parameters); // Hazard Modeling hazard.modeling = this.modelHazard(hazard.analysis); // Risk Assessment hazard.assessment = this.assessRisk(hazard.modeling); // Mitigation Planning hazard.mitigation = this.planMitigation(hazard.assessment); return hazard; } }