Solenoid Magnet for Study 2A   [jcg]

&reg kprob=0,       ! Poisson or Pandira problem 
mode=-1,            ! Materials have fixed permeability
icylin=1,           ! Cylindrical symmetry
dx=.08,dy=.08,      ! Mesh size intervals
nbslo=0,            ! Dirichlet boundary condition on lower edge
nbsup=0,            ! Dirichlet boundary condition on upper edge
nbslf=0,            ! Dirichlet boundary condition on left edge
nbsrt=0,            ! Dirichlet boundary condition on right edge

; Uncomment the next two lines and set ParmelaFields=Yes in the 
; [Poisson] section of SF.INI to use Poisson to produce the same 
; input file for Parmela produced by program SF7.
;ktop=10,ltop=50,
;xminf=0,xmaxf=2,yminf=20,ymaxf=60
 
; Define X (physical) and K (logical) line regions:
;;xreg1=2.7, kreg1=16,
;;xreg2=11.5,kreg2=50,
;;xreg3=30.0,kreg3=80,
;;kmax=98,            ! Logical coordinate corresponding to XMAX
; Define Y (physical) and L (logical) line regions:
;;yreg1=6, lreg1=5,   
;;yreg2=19,lreg2=50,
;;yreg3=29,lreg3=70,
;;yreg4=35,lreg4=80,
;;lmax=98 
&           ! Logical coordinate corresponding to YMAX
;&reg nreg=3,dx=0.08,xmax=40,ymax=20,npoint=5 &
;&reg mat=1 &
&po x=0.00,y=-100.00 &
&po x=0.00,y=100.00 &
&po x=100.00,y=100.00 &
&po x=100.00,y=-100.00 &
&po x=0.00,y=-100.00 &
;
&reg mat=1, cur=106.667 &
&po x=35.0,y=-45.0 &
&po x=35.0,y=-30.0 &
&po x=50.0,y=-30.0 &
&po x=50.0,y=-45.0 &
&po x=35.0,y=-45.0 &
;
&reg mat=1, cur=-106.667 &
&po x=35.0,y=30.0 &
&po x=35.0,y=45.0 &
&po x=50.0,y=45.0 &
&po x=50.0,y=30.0 &
&po x=35.0,y=30.0 &
;