Anisotropic Traveltime Fields and Ray Tracing Module’s documentation!

Contents:

• Getting Started
  • Python Packages
  • Importing Codes
  • Creating an instance of the ALI_FMM class
  • Defining Materials
  • Assigning Materials
  • Calculating Traveltime Fields
  • Calculating Ray Paths
• ALI-FMM and Ray Tracing Class
  • ALI_FMM
    • ALI_FMM.__init__()
    • ALI_FMM.add_materials()
    • ALI_FMM.find_all_TTF_rays()
    • ALI_FMM.find_all_TTF_rays_parallel()
    • ALI_FMM.generate_group_vel()
    • ALI_FMM.generate_phase_vel()
    • ALI_FMM.plot_group()
    • ALI_FMM.plot_phase()
    • ALI_FMM.ray_path()
    • ALI_FMM.update()
    • ALI_FMM.update_i()
    • ALI_FMM.update_parallel()
• Module Functions
  • addtree()
  • downtree()
  • find_ray()
  • finer_grid_n()
  • finer_grid_n_2()
  • fouds18_A()
  • group_vel()
  • min_max_vel()
  • parallel_TTF()
  • parallel_TTF_finer_grid()
  • parallel_TTF_rays()
  • ray_time()
  • slown_d_slown_stif()
  • time_between_points()
  • travel()
  • travel_finer_grid()
  • travel_times()
  • update()
  • updtree()
  • wavefront_angle_dist()
• Jupyter Notebook
  • Traveltime Fields
  • Ray Tracing
  • Defining materials using stiffness tensors
  • Solving christoffel equation during run time

Indices and tables

• Index

• Search Page