Merge branch 'fix.reggie.HEMPT.mesh' into 'master.dev'

Fixed inner BC definition in mesh of WEK_PIC_poisson/HEMPT-90deg-symmetry

See merge request piclas/piclas!967

Author: pnizenkov

regressioncheck/WEK_PIC_poisson/HEMPT-90deg-symmetry/pre-hopr/hopr.ini

@@ -5,10 +5,10 @@ DEFVAR = (REAL):   ri0 =  0.5 ! inner square dim -> scales the inner square regi
                               ! this value heavily changes the Jacobians and thus the quality of the mesh
                               ! because this value blends a square slowly into a circle
 
-DEFVAR = (REAL): r1 = 1.0   ! [will be scaled with 0.2 m due to post-deform routines] 
-DEFVAR = (REAL): r2 = 1.2   ! [will be scaled with 0.2 m due to post-deform routines] 
-DEFVAR = (REAL): r3 = 1.66  ! [will be scaled with 0.2 m due to post-deform routines] 
-DEFVAR = (REAL): r4 = 2.83  ! [will be scaled with 0.2 m due to post-deform routines] 
+DEFVAR = (REAL): r1 = 1.0   ! [will be scaled with 0.2 m due to post-deform routines]
+DEFVAR = (REAL): r2 = 1.2   ! [will be scaled with 0.2 m due to post-deform routines]
+DEFVAR = (REAL): r3 = 1.66  ! [will be scaled with 0.2 m due to post-deform routines]
+DEFVAR = (REAL): r4 = 2.83  ! [will be scaled with 0.2 m due to post-deform routines]
 
 ! -------------------------------------------------------------------------------------------------------------------------------- !
 ! z-coordinates
@@ -21,7 +21,7 @@ DEFVAR = (REAL): z6 = 8.05  ! [will be scaled with 0.2 m due to post-deform rout
 DEFVAR = (REAL): z7 = 9.05  ! [will be scaled with 0.2 m due to post-deform routines]
 
 ! -------------------------------------------------------------------------------------------------------------------------------- !
-! AZIMUTHAL: 
+! AZIMUTHAL:
 ! no. of elems in azimuthal direction (DO NOT REMOVE THE ZEROS IN "002" -> "2" WILL FAIL)
 ! -------------------------------------------------------------------------------------------------------------------------------- !
 ! center: square
@@ -54,18 +54,18 @@ DEFVAR                 = (INT): i3         = 3 !
 
 
 ! -------------------------------------------------------------------------------------------------------------------------------- !
-! RADIAL: 
+! RADIAL:
 ! no. elems in r (DO NOT REMOVE THE ZEROS IN "002" -> "2" WILL FAIL)
 ! -------------------------------------------------------------------------------------------------------------------------------- !
 
 ! --- 1st ring: r1
 DEFVAR=(INT):     ir_6 = 2   ! was 16 refined first ring
 
 ! --- 2nd ring: r2
-DEFVAR=(INT):     ir_2 = 1    ! 
+DEFVAR=(INT):     ir_2 = 1    !
 
 ! --- 3rd ring: r3
-DEFVAR=(INT):     ir_3 = 1    ! 
+DEFVAR=(INT):     ir_3 = 1    !
 
 
 
@@ -79,7 +79,7 @@ DEFVAR=(REAL):   f2 = 1.00
 
 
 ! -------------------------------------------------------------------------------------------------------------------------------- !
-! AXIAL: 
+! AXIAL:
 ! no. elems in z (DO NOT REMOVE THE ZEROS IN "002" -> "2" WILL FAIL)
 ! -------------------------------------------------------------------------------------------------------------------------------- !
 ! z-segment z1-z2 (step) = 5th ring
@@ -168,7 +168,7 @@ elemtype     =108                         ! element type (108: Hexahedral)
 Corner       =(/r1,0.,z3   ,,   r2,0.,z3   ,,   r2,r2,z3   ,,   r1,r1,z3   ,,   r1,0.,z4   ,,   r2,0.,z4   ,,   r2,r2,z4   ,,   r1,r1,z4 /)
 nElems       =(/ir_2,i7,iz_11/)                ! number of elements in each direction
 factor       =(/f1,1.,1./)                ! stretching
-BCIndex      =(/2 , 3 , 2 ,  0, 0 , 4 /)  ! Indices of Boundary Conditions
+BCIndex      =(/2 , 3 , 2 ,  0, 4 , 4 /)  ! Indices of Boundary Conditions
 !            =(/z-, y-, x+, y+, x-, z+/)  ! Indices of Boundary Conditions
 elemtype     =108                         ! element type (108: Hexahedral)
 
@@ -185,7 +185,7 @@ elemtype     =108                         ! element type (108: Hexahedral)
 Corner       =(/0.,r1,z3   ,,   r1,r1,z3   ,,   r2,r2,z3   ,,   0.,r2,z3   ,,   0.,r1,z4   ,,   r1,r1,z4   ,,   r2,r2,z4   ,,   0.,r2,z4 /)
 nElems       =(/i7,ir_2,iz_11/)                   ! number of elements in each direction
 factor       =(/1.,f1,1./)                ! stretching
-BCIndex      =(/2 , 0 , 0 ,  2, 3 , 4 /)  ! Indices of Boundary Conditions
+BCIndex      =(/2 , 4 , 0 ,  2, 3 , 4 /)  ! Indices of Boundary Conditions
 !            =(/z-, y-, x+, y+, x-, z+/)  ! Indices of Boundary Conditions
 elemtype     =108                         ! element type (108: Hexahedral)
 
@@ -221,7 +221,7 @@ elemtype     =108                         ! element type (108: Hexahedral)
 Corner       =(/r1,0.,z4   ,,   r2,0.,z4   ,,   r2,r2,z4   ,,   r1,r1,z4   ,,   r1,0.,z5   ,,   r2,0.,z5   ,,   r2,r2,z5   ,,   r1,r1,z5 /)
 nElems       =(/ir_2,i7,iz_22/)                ! number of elements in each direction
 factor       =(/f1,1.,1./)                ! stretching
-BCIndex      =(/0 , 3 , 0 ,  0, 0 , 0 /)  ! Indices of Boundary Conditions
+BCIndex      =(/4 , 3 , 0 ,  0, 0 , 0 /)  ! Indices of Boundary Conditions
 !            =(/z-, y-, x+, y+, x-, z+/)  ! Indices of Boundary Conditions
 elemtype     =108                         ! element type (108: Hexahedral)
 
@@ -245,7 +245,7 @@ elemtype     =108                         ! element type (108: Hexahedral)
 Corner       =(/0.,r1,z4   ,,   r1,r1,z4   ,,   r2,r2,z4   ,,   0.,r2,z4   ,,   0.,r1,z5   ,,   r1,r1,z5   ,,   r2,r2,z5   ,,   0.,r2,z5 /)
 nElems       =(/i7,ir_2,iz_22/)                   ! number of elements in each direction
 factor       =(/1.,f1,1./)                ! stretching
-BCIndex      =(/0 , 0 , 0 ,  0, 3 , 0 /)  ! Indices of Boundary Conditions
+BCIndex      =(/4 , 0 , 0 ,  0, 3 , 0 /)  ! Indices of Boundary Conditions
 !            =(/z-, y-, x+, y+, x-, z+/)  ! Indices of Boundary Conditions
 elemtype     =108                         ! element type (108: Hexahedral)