Package maths_fns

Package containing all of relax's number crunching code.

Submodules

• maths_fns.alignment_tensor: Module for the manipulation of alignment tensors.
• maths_fns.chi2: Module containing functions for calculating the chi-squared value, gradient, and Hessian.
• maths_fns.consistency_tests
• maths_fns.coord_transform: Module for transforming between different coordinate systems.
• maths_fns.correlation_time
• maths_fns.direction_cosine
• maths_fns.ens_pivot_finder: Module for the target function for handling all types of structural superimpositions.
• maths_fns.frame_order: Module containing the target functions of the Frame Order theories.
• maths_fns.frame_order_matrix_ops: Module for the handling of Frame Order.
• maths_fns.jw_mapping
• maths_fns.jw_mf
• maths_fns.jw_mf_comps
• maths_fns.kronecker_product: Module for the calculation of the Kronecker product.
• maths_fns.mf
• maths_fns.n_state_model
• maths_fns.order_parameters: Module for the conversion of order parameters to specific model parameters and vice versa.
• maths_fns.paramag_centre: Module for functions relating to the paramagnetic centre.
• maths_fns.pcs: Module for the calculation of pseudocontact shifts.
• maths_fns.potential: Functions for calculating various optimisation potentials.
• maths_fns.pseudo_ellipse: Module for the pseudo-elliptical functions.
• maths_fns.rdc: Module for the calculation of RDCs.
• maths_fns.relax_fit
• maths_fns.ri
• maths_fns.ri_comps
• maths_fns.ri_prime
• maths_fns.rotation_matrix
• maths_fns.vectors: Collection of functions for vector operations.
• maths_fns.weights

Variables

__package__ = None
hash(x)

Imports: relax_fit