#include <FuncDef.h>

Data Fields
double	velocity [2]

double	position [2]

double	prev_pos [2]

unsigned int	fracture

unsigned int	cell

unsigned int	intcell

double	weight [3]

double	time

double	fl_weight

double	pressure

double	t_adv_diff

double	t_diff

Detailed Description

contam structure contains all parameters of the particles

Definition at line 177 of file FuncDef.h.

Field Documentation

◆ cell

unsigned int contam::cell

the cell ID where particle is located at current time step

Definition at line 192 of file FuncDef.h.

Referenced by CalculateCurrentDT(), CalculateLagrangian(), CalculatePosition3D(), CalculateWeights(), CheckDistance(), CorrectorStep(), FlowInWeight(), InitInMatrix(), InitInWell(), InitParticles_flux(), InitPos(), InOutFlowCell(), InsideCell(), Moving2NextCell(), Moving2NextCellBound(), ParticleOutput(), ParticleTrack(), PredictorStep(), and TimeDomainRW().

◆ fl_weight

double contam::fl_weight

weight of particle according to flow fluxes in in-flow boundary or according to initial fracture/cell aperture

Definition at line 204 of file FuncDef.h.

Referenced by FlowInWeight(), InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InitPos(), and ParticleTrack().

◆ fracture

unsigned int contam::fracture

the fracture ID where particle is located at current time step

Definition at line 189 of file FuncDef.h.

Referenced by CalculatePosition3D(), CalculateWeights(), InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InitPos(), InOutFlowCell(), ParticleOutput(), ParticleTrack(), and TimeDomainRW().

◆ intcell

unsigned int contam::intcell

intcell=1 if cell is on intersection; =0 if not

Definition at line 195 of file FuncDef.h.

Referenced by AcrossIntersection(), InitInMatrix(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), and InsideCell().

◆ position

double contam::position[2]

x and y particle position on fracture

Definition at line 183 of file FuncDef.h.

Referenced by AcrossIntersection(), CalculateLagrangian(), CalculatePosition3D(), CalculateWeights(), CheckDistance(), CorrectorStep(), InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InOutFlowCell(), Moving2Center(), ParticleOutput(), ParticleTrack(), and PredictorStep().

◆ pressure

double contam::pressure

interpolated fluid pressure at particles location

Definition at line 207 of file FuncDef.h.

Referenced by InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InitPos(), ParticleOutput(), ParticleTrack(), and PredictorStep().

◆ prev_pos

double contam::prev_pos[2]

x and y particle position in previous time step

Definition at line 186 of file FuncDef.h.

Referenced by AcrossIntersection(), CalculateLagrangian(), CalculateWeights(), CheckDistance(), CorrectorStep(), InitInMatrix(), and PredictorStep().

◆ t_adv_diff

double contam::t_adv_diff

in case of TDRW: total travel time = advection plus diffusion

Definition at line 210 of file FuncDef.h.

Referenced by CheckDistance(), and ParticleTrack().

◆ t_diff

double contam::t_diff

in case of TDRW: accumulative diffusion time

Definition at line 213 of file FuncDef.h.

Referenced by CheckDistance(), and ParticleTrack().

◆ time

double contam::time

accumulated advective time of particles movement

Definition at line 201 of file FuncDef.h.

Referenced by CalculateLagrangian(), CheckDistance(), InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InitPos(), ParticleOutput(), and ParticleTrack().

◆ velocity

double contam::velocity[2]

velocity of particle, interpolated from triangular cell

Definition at line 180 of file FuncDef.h.

Referenced by CalculateWeights(), CorrectorStep(), InitInMatrix(), InitInWell(), InitParticles_eq(), InitParticles_flux(), InitParticles_np(), InitParticles_ones(), InitPos(), and PredictorStep().

◆ weight

double contam::weight[3]

weights, that are calculated for velocity interpolation from cell vertices

Definition at line 198 of file FuncDef.h.

Referenced by CalculateCurrentDT(), CalculateWeights(), FlowInWeight(), InitInMatrix(), InsideCell(), and PredictorStep().

The documentation for this struct was generated from the following file:

FuncDef.h

Data Fields