Package generic_fns

Submodules

• generic_fns.align_tensor: Module containing functions for the handling of alignment tensors.
• generic_fns.angles: Module for the manipulation of angular information.
• generic_fns.bmrb: Module containing functions for BMRB support.
• generic_fns.bruker: Module for the reading of Bruker Dynamics Centre (DC) files.
• generic_fns.dasha: Module for interfacing with Dasha.
• generic_fns.diffusion_tensor: Module for the support of diffusion tensors.
• generic_fns.eliminate: Module implementing the mathematical modelling step of model elimination.
• generic_fns.exp_info: Module containing functions for specifying the experimental details.
• generic_fns.fix: Module for holding certain model components fixed during optimisation.
• generic_fns.frame_order: Module containing functions related to the Frame Order theories.
• generic_fns.frq: Module for manipulating the spectrometer frequency of experiments.
• generic_fns.grace: Module for interfacing with Grace (also known as Xmgrace, Xmgr, and ace).
• generic_fns.minimise: Module for model minimisation/optimisation.
• generic_fns.model_selection: Module for selecting the best model.
• generic_fns.mol_res_spin: Module for the manipulation of the molecule-residue-spin data structures in the relax data store.
• generic_fns.molmol: Module for interfacing with Molmol.
• generic_fns.monte_carlo: Module for performing Monte Carlo simulations for error analysis.
• generic_fns.noesy: Module for NOESY related operations.
• generic_fns.palmer: Module for interfacing with Art Palmer's Modelfree 4 program.
• generic_fns.paramag: Module for the manipulation of paramagnetic data.
• generic_fns.pcs: Module for the manipulation of pseudocontact shift data.
• generic_fns.pipes: Module for manipulating data pipes.
• generic_fns.pymol_control: Module for interfacing with PyMOL.
• generic_fns.rdc: Module for the manipulation of RDC data.
• generic_fns.relax_data: Module for the manipulation of relaxation data.
• generic_fns.relax_re: Module implementing relax regular expression.
• generic_fns.reset
• generic_fns.results: Module for reading/writing/displaying the results in a data pipe.
• generic_fns.selection: Module for selecting and deselecting spins.
• generic_fns.sequence: Module for handling the molecule, residue, and spin sequence.
• generic_fns.spectrum: Module containing functions for the handling of peak intensities.
• generic_fns.state: Module for reading and writing the relax program state.
• generic_fns.structure: This package consists of modules used reading, writing, creating, structural information.
  • generic_fns.structure.api_base: The API for accessing, creating, and modifying structural information.
  • generic_fns.structure.cones: Module containing all the different cone type classes.
  • generic_fns.structure.geometric
  • generic_fns.structure.internal: Module containing the internal relax structural object.
  • generic_fns.structure.main
  • generic_fns.structure.mass
  • generic_fns.structure.scientific: Module containing the Scientific Python PDB specific structural object class.
  • generic_fns.structure.superimpose: Module for handling all types of structural superimpositions.
• generic_fns.sys_info: Module for displaying system information.
• generic_fns.temperature: Module for setting the experimental temperature.
• generic_fns.value: Module for the manipulation of parameter and constant values.
• generic_fns.vmd: Module for interfacing with VMD.
• generic_fns.xplor: Module containing functions for the parsing and creation of Xplor formatted files.

Variables

__package__ = None
hash(x)