Four Permanent-Magnet Cylinders (for PANDIRA) Cylindrically symmetric, R = 0 is at the left edge of geometry Dirichlet boundary at Z = 0 [Originally appeared in 1987 User's Guide 10.6] ; Copyright 1987, by the University of California. ; Unauthorized commercial use is prohibited. ® kprob=0, ; Poisson or Pandira problem mode=0 ; Some materials have variable permeability icylin=1, ; Cylindrical symmetry 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 dx=.7, ; X Mexh interval xreg1=11 & ; Line region where mesh interval doubles &po x= 0.00,y= 0.00 & &po x= 0.00,y=150.00 & &po x= 60.00,y=150.00 & &po x= 60.00,y= 0.00 & &po x= 0.00,y= 0.00 & ® mat=6,mshape=1,mtid=1 & &po x=0.00 ,y= 10.20 & &po x=0.00 ,y=103.00 & &po x=7.62 ,y=103.00 & &po x=7.62 ,y= 10.20 & &po x=0.00 ,y= 10.20 & ® mat=7,mshape=1,mtid=2 & &po x=0.00,y= 3.00 & &po x=7.62,y= 3.00 & &po x=7.62,y=10.20 & &po x=0.00,y=10.20 & &po x=0.00,y= 3.00 & &mt mtid=1 aeasy=-90,gamper=1 hcept=-10000,bcept=10000 & &mt mtid=2 aeasy=90,gamper=1 hcept=-10000,bcept=10000 &