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      • Generating the displaced structures from a Gaussian frequencies calculation
      • Molcas parser API
      • Using derivative module
      • Running vibronic calculations from a Molcas RASSI set of calculations
      • VROA intensities of hydrogen peroxide
      • VROA intensities of methyloxirane
      • Tutorial for using the ZPVC module in VIBRAV
      • vibrav package
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      • vibrav.numerical package
        • Submodules
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vibrav.numerical package¶

Submodules¶

  • vibrav.numerical.boltzmann module
    • boltz_dist()
  • vibrav.numerical.degeneracy module
    • energetic_degeneracy()
  • vibrav.numerical.derivatives module
    • arb_disps_1d()
    • eight_point_1d()
    • eight_point_2d()
    • four_point_1d()
    • four_point_2d()
    • get_pos_neg_gradients()
    • six_point_1d()
    • six_point_2d()
    • two_point_1d()
    • two_point_2d()
  • vibrav.numerical.frequencies module
    • numerical_frequencies()
  • vibrav.numerical.phases module
    • correct_phase_angle()
    • get_theta()
    • perform_phase()
    • transform_array_to_df()
  • vibrav.numerical.redmass module
    • rmass_cart()
    • rmass_mwc()
  • vibrav.numerical.vibronic_func module
    • compute_d_dq()
    • compute_d_dq_sf()
    • sf_to_so()
  • vibrav.numerical.vroa_func module
    • backscat()
    • forwscat()
    • make_derivatives()

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