porespy.simulations

This module contains routines for performing simulations directly on images.

Functions

drainage(im[, pc, dt, inlets, outlets, residual, ...])	Simulate drainage using image-based sphere insertion, optionally including
drainage_dsi(im[, inlets, outlets, dt, steps, smooth])	Performs a distance transform based drainage simulation using direct sphere
drainage_dt(im, inlets[, outlets, dt, steps, smooth])	Performs a distance transform based drainage simulation using distance transform
drainage_dt_fft(im[, inlets, outlets, dt, steps, smooth])	Performs a distance transform based drainage simulation using distance transform
drainage_fft(im[, inlets, outlets, dt, steps, smooth])	Performs a distance transform based drainage simulation using fft-based
hg_porosimetry(im[, steps, voxel_size])
ibip(im[, inlets, outlets, dt, maxiter, return_sizes, ...])	Simulates non-wetting fluid injection on an image using the IBIP algorithm [3]_
imbibition(im[, pc, dt, inlets, outlets, residual, ...])	Performs an imbibition simulation using image-based sphere insertion
imbibition_dsi(im[, inlets, outlets, dt, steps, smooth])	Performs a distance transform based imbibition simulation using direct sphere
imbibition_dt(im[, inlets, outlets, residual, dt, ...])	Performs a distance transform based imbibition simulation using distance
imbibition_dt_fft(im[, inlets, outlets, residual, dt, ...])	Performs a distance transform based imbibition simulation using distance
imbibition_fft(im[, inlets, outlets, residual, dt, ...])	Performs a distance transform based imbibition simulation using fft-based
injection(im[, pc, dt, inlets, outlets, maxiter, ...])	Performs injection of non-wetting fluid including the effect of gravity and
qbip(im[, pc, dt, inlets, outlets, maxiter, ...])	Simulates non-wetting injection using a priority queue, optionally
tortuosity_fd(im, axis[, solver])	Calculates the tortuosity of image in the specified direction.