Particle counter

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Particle counter
Module for Lagrangian model

(with and without statistical weight) More...

Collaboration diagram for Particle counter:

## Variables
integer, save | nbpart
| number of particles treated during one Lagrangian time step, must always be lower than nbpmax. Always useful, but initialised and updated without intervention of the user More...
integer, save | nbpnew
| number of new entering particles More...
integer, save | nbperr
| number of in error deleted particles More...
integer, save | nbptot
| total number of injected particles, since the beginning, including calculation restarts More...
integer, save | nbpout
| contains normally exited particles and in detection error exited particles More...
integer, save | nbpert
integer, save | ndepot
| number of deposed particles for ever, but keeped for post-processing More...
integer, save | nbpdep
| number of deposed particles More...
integer, save | nbpres
| number of re-entrained particles More...
double precision, save | dnbpar
| real value for nbpart More...
double precision, save | dnbpnw
| real value for nbpnew More...
double precision, save | dnbper
| real value for nbperr More...
double precision, save | dnbpou
| real value for nbpout More...
double precision, save | dnbdep
| real value for nbpdep More...
double precision, save | dnbres
| real value for nbres More...
integer, save | npclon
| number of cloned new particles More...
integer, save | npkill
| number of killed by error particles More...
integer, save | npcsup
| number of cloned particles More...
double precision, save | dnpclo
| real value for npclon More...
double precision, save | dnpkil
| real value for npkill More...
double precision, save | dnpcsu
| real value for npcsup More...

## Detailed Description

(with and without statistical weight)

## Variable Documentation

double precision, save dnbdep

real value for nbpdep

double precision, save dnbpar

real value for nbpart

double precision, save dnbper

real value for nbperr

double precision, save dnbpnw

real value for nbpnew

double precision, save dnbpou

real value for nbpout

double precision, save dnbres

real value for nbres

double precision, save dnpclo

real value for npclon

double precision, save dnpcsu

real value for npcsup

double precision, save dnpkil

real value for npkill

integer, save nbpart

number of particles treated during one Lagrangian time step, must always be lower than nbpmax. Always useful, but initialised and updated without intervention of the user

integer, save nbpdep

number of deposed particles

integer, save nbperr

number of in error deleted particles

integer, save nbpert

integer, save nbpnew

number of new entering particles

integer, save nbpout

contains normally exited particles and in detection error exited particles

integer, save nbpres

number of re-entrained particles

integer, save nbptot

total number of injected particles, since the beginning, including calculation restarts

integer, save ndepot

number of deposed particles for ever, but keeped for post-processing

integer, save npclon

number of cloned new particles

integer, save npcsup

number of cloned particles

integer, save npkill

number of killed by error particles