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5.5.4
subroutine CREATV
November 2003
The next positions in array INPCRE is used. It must contain the position
of the name of the file in array TEXTS in common block CSEPCM (21.19).
14 corresponds to the option FILE_CAPACITY_VALUES as described in the
Users Manual Section 3.2.10.
The next positions in array INPCRE is used. It must contain the position
of the name of the file in array TEXTS in common block CSEPCM (21.19).
15 The global unknowns are filled for global group iglgrp.
The next position must contain the global group sequence number.
16 The unknowns corresponding to points in an obstacle are filled.
The next position must contain the obstacle sequence number.
17 The unknowns corresponding to points that correspond only to elements
that are completely in an obstacle are filled.
The next position must contain the obstacle sequence number.
18 The unknowns corresponding to points that correspond only to elements
that are partly in an obstacle are filled.
The next position must contain the obstacle sequence number.
19 The unknowns corresponding to points that are on the boundary of an
obstacle are filled.
The next position must contain the obstacle sequence number.
k = 9001 Special boundary condition defining a quadratic function as described in the
Users Manual Section 3.2.10 by the option QUADRATIC, MAX = a.
Next position, the position of the value of a in array RINCRE.
RINCRE Double precision input array in which the user puts the real part of the
information necessary for the creation of the vector. See INPCRE for a description.
Input
The arrays KMESH and KPROB must have been filled before, for example by subroutine
SEPSTR (4.2.1).
The arrays INPCRE and RINCRE must have been filled by the user.
Output
Array IVECTR has been filled, and the corresponding vector is computed.
PG