Welcome to KDEllipsPy’s documentation!

Tutoriales y Ejemplos:

• Geometry + ellipse physics from input.ctl
  • Forward model with axitra wrapper (Cartesian workflow)
• NA Inversion Example (updated physics)
  • Step 1: Load configuration
  • Step 2: Create controlled synthetic observed data (physical benchmark)
  • Step 3: Initialize inversion model
  • Step 4: Run NA search (configured to show convergence clearly)
  • Step 5: Analyze results
  • Step 6: Visualize convergence diagnostics
  • Step 7: Export results
• NA Inversion Example (updated physics)
  • Step 1: Load configuration
  • Step 2: Load REAL DATA and check it.
  • Step 3: Build forward model and generate synthetic waveforms
  • Step 7: Export Results
  • Step 6: Analyze Results and Visualize
  • Step 5: Run Neighbourhood Algorithm (NA) Inversion
  • Step 4: Compute Misfit and Build Misfit Calculator
• Regression
  • NA Direct Seach Phase
  • NA Appraisal Phase
• Forward sintético + ruido + misfit

Referencia de la API (Código):

• API Reference
  • AxitraForwardModel
  • BaseInversionModel
  • ConfigParser
  • ConfigStation
  • DataPreprocessor
  • DynamicInversionConfig
  • DynamicInversionModel
  • EllipseParams
  • EllipticalSlipMapper
  • FaultGeometry
  • FaultPlaneParams
  • GeometryBuilder
  • GeometryStation
  • InversionParam
  • InversionParams
  • InversionProcessParams
  • MCMCConfig
  • MCMCInversionModel
  • MisfitCalculator
  • MomentTensor
  • NAConfig
  • NAInversionModel
  • NAModel
  • NAResult
  • ObservedDataParams
  • SourcePoint
  • SourcePosition
  • StationGeometry
  • StationParams
  • Subfault
  • UTMProjection
  • VelocityLayer
  • VelocityModel
  • bandpass_filter_waveforms()
  • build_azi_times_array()
  • build_geometry_from_input_ctl()
  • build_station_geometry()
  • integrate_waveforms()
  • load_and_filter_observed_data()
  • parse_velocity_model()
  • precompute_greens_functions()
  • read_input_ctl()
  • validate_input_ctl()
  • write_azi_times_file()
  • Core Configuration & Parsing
  • Forward Modeling
  • Fault Geometry & Kinematics
  • Plotting Utilities (Object-Oriented)
  • Inversion Base & Results Persistence
  • Kinematic Inversion (NA & MCMC)
  • Signal Processing & SAC
  • Command Line Interface

Indices and tables

• Index

• Module Index