amep.continuum#

Continuum Field Analysis#

The AMEP module amep.continuum provides various methods for analyzing field data from continuum simulations as well as conversion methods that convert particle-based simulation data into field data by using density estimators.

Functions

`cluster_properties`(dfield, X, Y, ids, labels)	Calculates the size, geometric center, center of mass, radius of gyration and linear extension of each cluster in a continuum field.
`coords_to_density`(coords, box_boundary[, dmin])	Convert the particle coordinates into a 2D density field.
`gkde`(coords, box_boundary[, weights, ...])	Gaussian Kernel Density Estimation (GKDE).
`hde`(coords, box_boundary[, weights, delta, ...])	Histogram Density Estimation (HDE).
`identify_clusters`(dfield[, scale, pbc, ...])	Identify clusters in a continuum field.
`sf2d`(dfield, X, Y[, other_dfield, Ntot, njobs])	Calculate the 2D static structure factor from a density field.