Core package

Subpackages

• Core.BandDepths package
  • Submodules
  • Core.BandDepths.contour_banddepth module
    • choose2()
    • contour_banddepth()
    • get_combinations()
  • Core.BandDepths.curve_banddepth module
    • curve_banddepths()
    • point_in_hull()
  • Core.BandDepths.functional_banddepth module
    • calculate_band()
    • fdb()
    • functional_banddepth()
    • mdb()
    • modified_functional_banddepth()
  • Core.BandDepths.vector_depths module
    • angular_spread()
    • calculate_spread_2D()
    • calculate_spread_3D()
    • cartesian_to_polar()
    • cartesian_to_spherical()
    • compute_vector_depths_2D()
    • compute_vector_depths_3D()
    • magnitude_spread()
  • Module contents
• Core.CellsCrossingProb package
  • Submodules
  • Core.CellsCrossingProb.crossing_pob_monte_carlo module
    • crossing_prob_cubes_mc()
    • crossing_prob_squares_mc()
    • crossing_prob_tetrahedra_mc()
    • crossing_prob_triangles_mc()
  • Module contents
• Core.Colors package
  • Submodules
  • Core.Colors.color_interpolator module
    • interpolate_lab()
  • Core.Colors.colortree module
    • ColorTree
      • ColorTree.create_tree()
      • ColorTree.get_color()
      • ColorTree.get_colors()
      • ColorTree.set_invert_u()
      • ColorTree.update_colors()
      • ColorTree.update_ranges()
  • Module contents
• Core.Interpolations package
  • Submodules
  • Core.Interpolations.linear_interpolation module
    • linear_interpolate()
  • Module contents

Module contents

UVisBox Core Module

This module contains the core functionality and fundamental algorithms used throughout the UVisBox package. It includes statistical methods, color operations, interpolation algorithms, and cell crossing probability calculations.

The Core module is organized into the following submodules: - BandDepths: Core statistical methods for band depth calculations - CellCrossingProb: Cell crossing probability algorithms - Colors: Core color interpolation and tree data structures - Interpolations: Core interpolation algorithms