capillary.cpp File Reference

#include "cellInfo.h"
#include "fluidInfo.h"
#include "hemocell.h"
#include "particleInfo.h"
#include "pltSimpleModel.h"
#include "wbcHighOrderModel.h"
#include "bifurcation.h"
#include "palabos3D.h"
#include "palabos3D.hh"
#include "wedge.h"

Include dependency graph for capillary.cpp:

Enumerations
enum	Scenario { Bifurcation , Wedge }
	Possible scenarios for the capillary flow examples. The Bifurcation variant considiers a split channel with two parallel capillaries, whereas the Wedge variant considers a triangular shaped wedge through which a cell is squeezed. More...

Functions
int	main (int argc, char *argv[])

Variables
const auto	scenario = Scenario::Wedge
	The chosen scenario for the simulation.
const double	wedge_driving_force = 6.7e5
	Driving force for the scenario: Scenario::Wedge.
const unsigned	extendedEnvelopeWidth = 2

Enumeration Type Documentation

Scenario

enum Scenario

Possible scenarios for the capillary flow examples. The Bifurcation variant considiers a split channel with two parallel capillaries, whereas the Wedge variant considers a triangular shaped wedge through which a cell is squeezed.

Enumerator
Bifurcation
Wedge	The bifurcating capillary geometry.

Function Documentation

main()

int main	(	int	argc,
		char *	argv[]
	)

Variable Documentation

extendedEnvelopeWidth

const unsigned extendedEnvelopeWidth = 2

Extended envelope for the ibm kernel: 4 or 2 might be sufficient. NOTE: also depends on the used resolution dx.

scenario

const auto scenario = Scenario::Wedge

The chosen scenario for the simulation.

wedge_driving_force

const double wedge_driving_force = 6.7e5

Driving force for the scenario: Scenario::Wedge.