#Windows python install gfortran how to#

OrientedCloudScattering() -> 2D scattering of an oriented cloud of scatterersДЇiniteZimm() -> Zimm model with internal friction -> intermediate scattering functionДiffusionHarmonicPotential() -> Diffusion in harmonic potential-> intermediate scattering function MultiShellCylinder() -> Formfactor of multi shell cylinder particles with caps MultiShellSphere() -> Formfactor of multi shell spherical particles HydrodynamicFunct() -> Hydrodynamic function from hydrodynamic pair interaction RMSA() -> Rescaled MSA structure factor for dilute charged colloidal dispersions SedimentationProfile() -> The Lamm equation of sedimenting particles Waterdensity() -> Density of water (H2O/D2O) with inorganic substances ScatteringLengthDensitењњalc() -> Electron density, coh and inc neutron scattering length, mass

The model library can also be used for other purposes and may be extended by users need. Models save parameters as attributes for later access/documentation. Or specialised models for scattering in formfactor (ff), structurefactor (sf) The model library contains general purpose routines e.g.

#Windows python install gfortran how to#

See How to build simple models and How to build a more complex model. Models can be defined as normal functions within a script or in interactive session

By intention the user should write own models or modify existing ones to combine different contributions