Basilisk CFD

Navier–Stokes

centered.h mac.h stream.h swirl.h

Saint-Venant / Shallow Water

saint-venant.h saint-venant-implicit.h multilayer.h green-naghdi.h

Multilayer

hydro.h nh.h remap.h perfs.h

Compressible

compressible.h all-mach.h two-phase.h thermal.h

Advection & VOF

advection.h vof.h fractions.h tracer.h bcg.h contact.h no-coalescence.h

Interfacial Forces

iforce.h tension.h reduced.h integral.h curvature.h heights.h

Two-Phase

two-phase.h two-phase-generic.h two-phase-clsvof.h two-phase-levelset.h momentum.h

Elliptic Solvers

poisson.h diffusion.h viscosity.h viscosity-embed.h solve.h

Electrohydrodynamics

implicit.h pnp.h stress.h

Viscoelasticity

log-conform.h fene-p.h

Grid System

quadtree.h octree.h multigrid.h tree-common.h tree-mpi.h cartesian-common.h events.h boundaries.h multigrid-mpi.h

Core

common.h run.h timestep.h predictor-corrector.h

Coordinates & Metrics

axi.h spherical.h spherisym.h radial.h

Input / Output

output.h input.h vtk.h view.h draw.h

Utilities

utils.h tag.h lambda2.h harmonic.h distance.h redistance.h elevation.h terrain.h gauges.h maxruntime.h perfs.h

Other

hele-shaw.h conservation.h henry.h runge-kutta.h hessenberg.h okada.h discharge.h embed.h embed-tree.h

#define dimension 2
#define GRIDNAME "Quadtree"
#include "tree.h"

void quadtree_methods() {
  tree_methods();
}