fct_cond.f90

1. PHY/USER/cond_fct_cond

PHY/USER/cond_fct_cond [ Modules ]

NOM

 fct_cond(vi,vp,fctnum,x,y,z,vn)

DESCRIPTION

 Fonction utilisateur permettant de definir 
 des conditions initiales ou des conditions aux limites
 User function for defining 
 initial conditions or boundary conditions

    ENTREES / INPUT
   vi    : variables primitives de la cellule appelant / primitive variables of the calling cell
 x,y,z   : coordonees du point ou est calcule la fonction / coordinates of the point where the function is calculated
  fctnum : numero de la fonction / function number
   vn    : vecteur normal a la face / vector normal to the face

SOURCE

! Ce logiciel est regi par la licence [CeCILL-B]
! This software is governed by the [CeCILL-B] license
!=========================== DEBUT DES DECLARATIONS ====================
!.1-----  Implicit, Use
   use phy_typ
   IMPLICIT NONE
!.2-----  Declaration
   integer, intent(in)              :: fctnum !! Numero de la fonction / Function number
   real(kind=kind(0.d0)),intent(in) :: x,y,z
!! coordonnees du point ou definir la condition / coordinates of the point at which to define the condition
   type(vect_nvar), intent(in)      :: vi 
!!variables primitives de la cellule appelant / primitive variables of the calling cell
   type(vect_3),intent(in)          :: vn !!vecteur normal a la face / vector normal to the face 
   type(vect_nvar), intent(out)     :: vp
!!variables primitives calculÃ©es par la fonction / primitive variables calculated by the function

!=========================== DEBUT DU CODE EXECUTABLE ==================
vp%v(1)=0.d0*x*y*z*vn%v(1)*vn%v(2)*vn%v(3)


   SELECT CASE (fctnum)
!_______________________________________________________________________

!_______________________________________________________________________
! surverse Euler bifluide "JeuckNov2023" : condition aux limites amont
    CASE(3)
      IF(z.gt.3.832311d0) THEN
         vp%v(1)=1.d0     ! rho
         vp%v(2)=0.d0     ! u (flux entrant)
         vp%v(3)=0.d0     ! v
         vp%v(4)=-vi%v(4) ! w
         vp%v(5)=1.e5     ! p (p_hysttq)
      ELSE IF (z.le.3.832311d0) THEN
         vp%v(1)=1000.d0 ! rho
         vp%v(2)=1.805538d0 ! u (flux entrant)
         vp%v(3)=0.d0 ! v
         vp%v(4)=0.d0 ! w
         vp%v(5)=1.e5 + 1000.d0*9.81*(3.832311d0-z)! p (p_hysttq)
      END IF
!_______________________________________________________________________

    CASE DEFAULT
      call print_err('fct_cond', 'User function not defined')

   END SELECT

!===========================   FIN DE LA ROUTINE    ====================
END SUBROUTINE fct_cond

TABLE OF CONTENTS

PHY/USER/cond_fct_cond [ Modules ]