mod_assemb_prep
!
view,'f'
!
!       csnum = coordinate system number that the pattern is con-
!               structed around (must be a cylindrical c.s.)
!
!       rpat = radius of hole pattern (i.e., the radial distance at
!              which the hole local c.s. is placed)
!
!       zpos = z position relative to 'csnum' at which the pattern
!              is created
!
!       numh = number of holes around the perimeter (if left blank,
!              then the angular increment must be specified)
!
!       stang = start angle at which the pattern is initiated
!
!       secang = the angle subtended by a user defined section of the
!                flange inner radius. The flange inner radius profile
!                will be divided up into an integral number of these
!                angular sections for the purpose of aligning the flange
!                profile to a rotated set of volumes. Therefore, 'secang'
!                must be an integral divisor of 360; e.g., 10,20,30,40,45,
!                60,90,120,...etc.
!
!       dhole = hole diameter
!
!       radbf = radius of the bolt flange, which is the circular profile
!               surrounding each of the bolt holes around the outer per-
!               imeter of the flange.
!
!       radff = radius of the outer perimeter flange fillet between the
!               each of the bolt holes.
!
!       radin = inside radius of flange
!
!       radbh = radius of bolt head
!


!FLNG_PTRN_2, csnum, rpat, zpos, numh, stang, secang, dhole, radbf, radff, radin
!
!FLNG_PTRN_2,1,3.00,0,16,90,45,0.200,0.250,0.5,2.50,0.25
!
!FLNG_PTRN_2,1,1.425,-2,5,90,90,0.228,0.20,1.00


!       csnum = coordinate system number that the pattern is con-
!               structed around (must be a cylindrical c.s.)
!
!       rpat = radius of hole pattern (i.e., the radial distance at
!              which the hole local c.s. is placed)
!
!       zpos = z position relative to 'csnum' at which the pattern
!              is created
!
!       numh = number of holes around the perimeter (if left blank,
!              then the angular increment must be specified)
!
!       stang = start angle at which the pattern is initiated
!
!       secang = the angle subtended by a user defined section of the
!                flange inner radius. The flange inner radius profile
!                will be divided up into an integral number of these
!                angular sections for the purpose of aligning the flange
!                profile to a rotated set of volumes. Therefore, 'secang'
!                must be an integral divisor of 360; e.g., 10,20,30,40,45,
!                60,90,120,...etc.
!
!       dhole = hole diameter
!
!       radbf = radius of the bolt flange, which is the circular profile
!               surrounding each of the bolt holes around the outer per-
!               imeter of the flange.
!
!       radout = outer radius of flange
!
!       radin = inside radius of flange
!
!       radbh = radius of bolt head
!
!       rfil = flange fillet radii
!
!
!               (1)   (2)     (3)   (4)     (5)    (6)     (7)    (8)
! FLNG_PTRN_1, csnum, rpat,  zpos,  numh,  stang, secang, dhole, radbf,
!
!              radout, radin, radbh, rfil
!                (9)    (10)   (11)  (12)
!
!
!           1  2   3 4  5  6    7     8    9    10   11   12
!FLNG_PTRN_1,1,3.00,0,16,90,45,0.200,0.250,3.00,2.50,0.225,0.25
!
!FLNG_PTRN_1,1,3.00,0,16,90,45,0,0.250,3.00,2.50,0.225,0.25
!
!FLNG_PTRN_1,1,3.00,0,16,90,45,0.200,0.250,3.00,2.50,0,0.25
!
FLNG_PTRN_1,1,3.00,0,11,90,45,0,0.250,3.00,2.50,0,0.25
!
lplot