Welcome to icetrackpy documentation!

In this documentation detail of the functions are given.

Contact

Author:

Martin Thiriet

Contact:

martin.thiriet1@gmail.com

Organization:

IGE

Status:

This is a “work in progress”

Functions Overview

• 1. Functions overview
  • 1.1. Tracking of a particule and operations allong a flow line
    • Mesh
      • Mesh.DN()
      • Mesh.J()
      • Mesh.N()
      • Mesh._compute_deviatoric_stress_cuffey()
      • Mesh._compute_deviatoric_stress_glen()
      • Mesh._invert_mesh_parallel()
      • Mesh._invert_mesh_parallel_compiled()
      • Mesh._strain_rate_parallel()
      • Mesh.compute_strain_rate()
      • Mesh.compute_stress_cuffey()
      • Mesh.compute_stress_glen()
      • Mesh.extract_data()
      • Mesh.from_save()
      • Mesh.grad_v()
      • Mesh.invert_mesh()
      • Mesh.is_top_surface()
      • Mesh.select_points()
      • Mesh.strain_rate()
    • ParticuleTracker
      • ParticuleTracker._flow_path_parallel()
      • ParticuleTracker._int_strain_particule_parallel()
      • ParticuleTracker.compact_tensor()
      • ParticuleTracker.compact_vector()
      • ParticuleTracker.compute_age()
      • ParticuleTracker.compute_deformation_eigval()
      • ParticuleTracker.compute_dev()
      • ParticuleTracker.compute_flatness_anisotropy()
      • ParticuleTracker.compute_flinn()
      • ParticuleTracker.compute_fractional_anisotropy()
      • ParticuleTracker.compute_in_particule_coord()
      • ParticuleTracker.compute_path()
      • ParticuleTracker.compute_relative_anisotropy()
      • ParticuleTracker.compute_rotation_matrix()
      • ParticuleTracker.compute_strain()
      • ParticuleTracker.compute_volume_ratio_anisotropy()
      • ParticuleTracker.diag_tensor_field()
      • ParticuleTracker.extract_scalar()
      • ParticuleTracker.extract_vector()
      • ParticuleTracker.find_best_sommet()
      • ParticuleTracker.find_wedge_near_point()
      • ParticuleTracker.flow_path()
      • ParticuleTracker.from_save()
      • ParticuleTracker.int_strain_particule()
      • ParticuleTracker.int_strain_rate_over_path_small_displacement()
      • ParticuleTracker.is_inside_wedge()
      • ParticuleTracker.normalise_vector()
      • ParticuleTracker.roation_matrix()
      • ParticuleTracker.save_tracking()
      • ParticuleTracker.time_int_over_path()
      • ParticuleTracker.time_inversion()
    • Plot
      • Plot._download_image()
      • Plot._on_key_press()
      • Plot._on_mouse_click()
      • Plot._photo_and_close()
      • Plot.angle_from_vect()
      • Plot.angles_to_color()
      • Plot.axis()
      • Plot.background_geotiff()
      • Plot.cball()
      • Plot.cbar()
      • Plot.cquarter()
      • Plot.cwheel()
      • Plot.find_min_max()
      • Plot.line_selection()
      • Plot.mesh()
      • Plot.mesh_full()
      • Plot.particule_scalar()
      • Plot.particule_vector()
      • Plot.set_camera_range()
      • Plot.show()
      • Plot.surface_scalar()
      • Plot.surface_vector()
    • pvtu_to_vtu()
  • 1.2. Creating a simple example of a glacier
    • Glacier
      • Glacier.__dict__
      • Glacier.__init__()
      • Glacier.__module__
      • Glacier.__weakref__
      • Glacier.msh()
      • Glacier.phi()
      • Glacier.strain()
      • Glacier.strain_rate()
      • Glacier.v()
      • Glacier.vtu()
  • 1.3. Strain calculation from elementray strains
    • eig_DM()
    • int_strain()