Parallel Plate Capacitor ICYLYN = 0 for XY, 1 for RZ
Calculated field may be compared to the analytic result:
Ex = 0, Ey = -200 V/cm for the following conditions
Voltage on lower plate = 0.0 V
Voltage on upper plate = 1000.0 V
Plate separation = 5 cm

; Copyright 1998, by the University of California. 
; Unauthorized commercial use is prohibited. 


&reg kprob=0,    ! Poisson or Pandira problem
xjfact=0.0,      ! Electrostatic problem
dx=0.20,         ! Mesh interval
icylin=0,        ! Cartesian coordinates
nbsup=0,         ! Dirichlet boundary condition at upper edge
nbslo=0,         ! Dirichlet boundary condition at lower edge
nbsrt=1,         ! Neumann boundary condition at right edge
nbslf=1,         ! Neumann boundary condition at left edge
ienergy=1 &      ! Compute stored energy 


&po x=0.0,y=0.0 &
&po x=0.0,y=5.0 &
&po x=5.0,y=5.0 &
&po x=5.0,y=0.0 &
&po x=0.0,y=0.0 &

&reg mat=1,voltage=1000.0,ibound=-1 &
&po x=0.0,y=5.0 &
&po x=5.0,y=5.0 &

&reg mat=1,voltage=0.0,ibound=-1 &
&po x=0.0,y=0.0 &
&po x=5.0,y=0.0 &

