cctbx.macro_mol package

Submodules

• cctbx.macro_mol.rotation_parameters module
  • adjust_cosine()
  • amore_alpha_beta_gamma
    • amore_alpha_beta_gamma.matrix_to_params()
    • amore_alpha_beta_gamma.normalize()
    • amore_alpha_beta_gamma.params_to_matrix()
  • amore_alpha_beta_gamma_as_matrix()
  • amore_alpha_beta_gamma_from_matrix()
  • amore_alpha_beta_gamma_normalize()
  • amore_kappa_l_m_n
    • amore_kappa_l_m_n.matrix_to_params()
    • amore_kappa_l_m_n.normalize()
    • amore_kappa_l_m_n.params_to_matrix()
  • amore_kappa_l_m_n_as_matrix()
  • amore_kappa_l_m_n_from_matrix()
  • amore_kappa_l_m_n_normalize()
  • ccp4_alpha_beta_gamma_fcalc_fobs
    • ccp4_alpha_beta_gamma_fcalc_fobs.matrix_to_params()
    • ccp4_alpha_beta_gamma_fcalc_fobs.normalize()
    • ccp4_alpha_beta_gamma_fcalc_fobs.params_to_matrix()
  • ccp4_alpha_beta_gamma_fobs_fcalc
    • ccp4_alpha_beta_gamma_fobs_fcalc.matrix_to_params()
    • ccp4_alpha_beta_gamma_fobs_fcalc.normalize()
    • ccp4_alpha_beta_gamma_fobs_fcalc.params_to_matrix()
  • ccp4_phi_omega_kappa_fcalc_fobs
    • ccp4_phi_omega_kappa_fcalc_fobs.matrix_to_params()
    • ccp4_phi_omega_kappa_fcalc_fobs.normalize()
    • ccp4_phi_omega_kappa_fcalc_fobs.params_to_matrix()
  • ccp4_phi_omega_kappa_fcalc_fobs_params_to_matrix()
  • ccp4_phi_omega_kappa_fobs_fcalc
    • ccp4_phi_omega_kappa_fobs_fcalc.matrix_to_params()
    • ccp4_phi_omega_kappa_fobs_fcalc.normalize()
    • ccp4_phi_omega_kappa_fobs_fcalc.params_to_matrix()
  • ccp4_phi_omega_kappa_fobs_fcalc_matrix_to_params()
  • cns_axis_x_axis_y_axis_z_axis_kappa
    • cns_axis_x_axis_y_axis_z_axis_kappa.matrix_to_params()
    • cns_axis_x_axis_y_axis_z_axis_kappa.normalize()
    • cns_axis_x_axis_y_axis_z_axis_kappa.params_to_matrix()
  • cns_psi_phi_kappa
    • cns_psi_phi_kappa.matrix_to_params()
    • cns_psi_phi_kappa.normalize()
    • cns_psi_phi_kappa.params_to_matrix()
  • cns_theta1_theta2_theta3
    • cns_theta1_theta2_theta3.matrix_to_params()
    • cns_theta1_theta2_theta3.normalize()
    • cns_theta1_theta2_theta3.params_to_matrix()
  • cns_theta_123_as_p2m()
  • cns_theta_123_from_p2m()
  • cns_theta_plus_theta2_theta_minus
    • cns_theta_plus_theta2_theta_minus.matrix_to_params()
    • cns_theta_plus_theta2_theta_minus.normalize()
    • cns_theta_plus_theta2_theta_minus.params_to_matrix()
  • converter_base
  • degree_as_radians()
  • degree_from_radians()
  • fmod_positive()
  • generic_polar_normalize()
  • get_converter_by_docstring()
  • get_converters()
  • matrix33
    • matrix33.det()
    • matrix33.index1d()
    • matrix33.trace()
  • preprocess_angles()
  • safe_atan2()

Module contents