call the module
CALL MA2D3E (M,M,NFNOPE,NINOPE,NFNOPS,NINOPS,
. NBCOU,EPS,NBFONC,NUCOU,MAT,COLLER,RAPIDE,
. DESREF,NBDES,ZINT,BFONC,XYZ23,XYZ33)
where:
- M is the super array
- NF(NI)NOPE is the support number of the 2D I.D.S. NOPO and its level
- NF(NI)NOPS is the support number of the 3D I.D.S. NOPO and its level
- NBCOU is the number of mesh layers (i.e the number of sections - 1 )
- EPS is the threshold of degeneracy (in percentage) to verify the volumes
(see RAPIDE)
- NBFONC is the number of geometric transformations to describe
- NUCOU(1:3,1:NBFONC) is the description of the transformations
- NUCOU(1,I) is the starting section number
- NUCOU(2,I) is the arrival section number
- NUCOU(3,I) is the transformation code or TTYPE with (see above):
-1: i-1
i via MAT
-2: 2D
p to q via XYZ23
-3: i-1
i via XYZ33
-4: p
p+1 to q via ZINT(p+1,..,q)
-5: p and q (XYZ23)
p+1 to q via a constant step
determined automatically
-6: p and q' (XYZ23)
p+1 to q via steps given
in
[4] ZINT(p+1,..,q)
- MAT(1:4,1:4,1:NBFONC): if NUCOU(3,I) = -1, we supply matrix MAT(4,4,I)
defining the transformation
- COLLER: .TRUE. if section 0 and section NBCOU+1 are identical and to be glued together, .FALSE. if not
- RAPIDE: .FALSE. if we ask to verify the volumes at EPS percent,,
.TRUE. if we ask to verify the length of the vertical edges with the same type of tolerance
- NBDES is the number of physical transfer attributes to effect
- DESREF(1:5,1:NBDES) is the description of these transfers (see above)
- ZINT(.) is the array of sectional sides useful for ZINT(0) if BFONC = .FALSE. (for the basis) and/or
if TTYPE = -4 or -6 (for an arbitrary section).
- BFONC: .TRUE. if the basis is defined by function XYZ23, .FALSE. if it is identical to the 2D mesh
and has for side ZINT(0)
- XYZ23 and XYZ33 : two subroutines used according to the case (see
BFONC or TTYPE of NUCOU), to be written in the following fashion:
SUBROUTINE XYZ23(ISEC,NUMPOIN,NREF,x,y,z,X,Y,Z)
where
- ISEC is the index of the section to construct
- NUMPOIN is the number of the 2D generic point m
- NREF is its reference
- x, y and z its coordinates (z has no effect in the case of purely 2D data)
- X, Y and Z are the coordinates calculated from the preceding data
and
SUBROUTINE XYZ33(ISEC,NUMPOIN,NREF,x,y,z,X,Y,Z)
where
- ISEC is the index of the section to construct
- NUMPOIN is the number of the 2D generic point m
- NREF is its reference
- x, y and z are the coordinates of the 3D point of section ISEC-1 associated to the generic point above
- X, Y and Z are the coordinates calculated from the preceding data (i.e. those of the point of section ISEC)