4.3.1. Function vdot (Computing the Dot Product of Two Vectors)
*deck,vdot
function vdot (v1,v2,n)
c *** primary function: compute dot product of vectors v1 and v2
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c v1 (dp,ar(n),in) - vector v1
c v2 (dp,ar(n),in) - vector v2
c n (int,sc,in) - length of vectors v1 and v2
c output arguments:
c vdot (dp,sc,out) - dot product of v1 and v2
c
4.3.2. Function vidot (Computing the Dot Product of Two Vectors with Increments)
*deck,vidot
function vidot (v1,inc1,v2,inc2,n)
c *** primary function: compute the dot product of vectors v1 and v2
c *** Notice - This file contains ANSYS Confidential information ***
c
c ---- inc1 and inc2 must be positive!
c
4.3.3. Function vsum (Summing Vector Components)
*deck,vsum
function vsum (va,n)
c *** primary function: sum the components of a vector
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c va (dp,ar(n),in) - vector va
c n (int,sc,in) - length of vector va
c output arguments:
c vsum (dp,sc,out) - vector sum
4.3.4. Function vmax (Retrieving the Maximum Vector Value at a Given Location)
*deck,vmax
function vmax (v,n,locmax)
c *** primary function: get the biggest value and location in v
c *** Notice - This file contains ANSYS Confidential information ***
4.3.5. Function lastv (Retrieving the Position of the Last Nonzero Term in a Double
Precision Vector)
*deck,lastv
function lastv (v,n)
c ********* find position of last non-zero term in a d.p. vector *********
c *** Notice - This file contains ANSYS Confidential information ***
c
c input arguments:
c v (dp,ar(*),in) - input vector
c n (int,sc,in) - length of vector
c output arguments:
c lastv (int,func,out) - position of last non-zero term
4.3.6. Function izero (Setting an Integer Vector to Zero)
*deck,IZERO
subroutine IZERO (ivect,n)
c ********** set an integer vector to zero **********
4.3.7. Function imove (Assigning Equal Values to Two Integer Vectors)
*deck,imove
subroutine imove (i1,i2,n)
c ********** move a vector from one to another **********
4.3.8. Subroutine vzero (Initializing a Vector to Zero)
*deck,vzero
subroutine vzero (v,n)
c *** primary function: initialize a vector to zero
c *** Notice - This file contains ANSYS Confidential information ***
4.3.9. Subroutine vmove (Moving One Vector into Another)
*deck,vmove
subroutine vmove (v1,v2,n)
c *** primary function: copy v1 vector into another vector
c *** Notice - This file contains ANSYS Confidential information ***
4.3.10. Subroutine vimove (Moving One Vector into Another Incrementally)
*deck,vimove
subroutine vimove (v1,inc1,v2,inc2,n)
c *** primary function: move one vector into another
c *** Notice - This file contains ANSYS Confidential information ***
4.3.11. Subroutine vinit (Assigning a Scalar Constant to a Vector)
*deck,vinit
subroutine vinit (v,n,const)
c *** primary function: initialize a vector to a constant
c *** Notice - This file contains ANSYS Confidential information ***
4.3.12. Subroutine viinit (Assigning a Scalar Constant to a Vector Incrementally)
*deck,viinit
subroutine viinit (v,inc,n,const)
c *** primary function: set the components of vector v to const by increments
c *** Notice - This file contains ANSYS Confidential information ***
4.3.13. Subroutine vapb (Setting a Vector to Sum of Two vectors)
*deck,vapb
subroutine vapb (a,b,c,n)
c *** primary function: add vector a to vector b to get vector c
c *** Notice - This file contains ANSYS Confidential information ***
4.3.14. Subroutine vapb1 (Combining Two Vectors in One)
*deck,vapb1
subroutine vapb1 (a,b,n)
c *** primary function: add vector b to vector a and store in vector a
4.3.15. Subroutine vapcb1 (Multiplying a Vector to a Constant)
*deck,vapcb1
subroutine vapcb1 (a,b,n,const)
c *** primary function: multiply vector b to constant, add to vector a,
c and store in vector a
4.3.16. Subroutine vamb (Gets a Third Vector by Subtracting One Vector from
Another)
*deck,vamb
subroutine vamb (a,b,c,n)
c *** primary function: subtract vector b from vector a to get vector c
c *** Notice - This file contains ANSYS Confidential information ***
4.3.17. Subroutine vamb1 (Subtracting One Vector from Another)
*deck,vamb1
subroutine vamb1 (a,b,n)
c *** primary function: subtract vector b from vector a and save in vector a
c *** Notice - This file contains ANSYS Confidential information ***
4.3.18. Subroutine vmult (Multiplying a Vector by a Constant)
*deck,vmult
subroutine vmult (v1,v2,n,const)
c *** primary function: multiply a vector by a constant
c *** Notice - This file contains ANSYS Confidential information ***
4.3.19. Subroutine vmult1 (Multiplying a Vector by a Constant)
*deck,vmult1
subroutine vmult1 (v1,n,const)
c *** primary function: multiply a vector by a constant
c *** Notice - This file contains ANSYS Confidential information ***
4.3.20. Subroutine vcross (Defining a Vector via a Cross Product)
*deck,vcross
subroutine vcross (a,b,c)
c primary function: calculate c = a x b
c *** Notice - This file contains ANSYS Confidential information ***
c typ=int,dp,log,chr,dcp siz=sc,ar(n) intent=in,out,inout
c input arguments:
c a (dp,ar(3),in) - first vector to be cross-multiplied
c b (dp,ar(3),in) - second vector to be cross-multiplied
c output arguments:
c c (dp,ar(3),out) - resulting vector
c
c
4.3.21. Subroutine vnorme (Normalizing a Three-Component Vector)
*deck,vnorme
subroutine vnorme (iel,v)
c primary function: normalize a vector to unit length
c this routine is to be called only from the elements. it is only
c for a three component vector(i.e. processing geometry).
c this routine also differs from vnorm in that an error message is called
c if the vector length is zero.
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c iel (int,sc,inout) - element number
c v (dp,ar(3),inout) - vector to be normalized
c output arguments:
c iel (int,sc,inout) - if 0, vector has zero length
c v (dp,ar(3),inout) - normalized vector
4.3.22. Subroutine vnorm (Normalizing a Vector to Unit Length)
*deck,vnorm
subroutine vnorm (v,n)
c *** primary function: normalize a vector to unit length
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c v (dp,ar(n),inout) - vector v
c n (int,sc,inout) - dimension length of vector v
c output arguments:
c v (dp,ar(n),inout) - normalized vector v
c n (int,sc,inout) - n = 0 if error in operation
4.3.23. Function ndgxyz (Getting the X,Y,Z Vector for a Node)
*deck,ndgxyz
function ndgxyz (node,xyz)
c *** primary function: get x,y,z vector for a node.
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c node (int,sc,in) - node number for operation.
c output arguments:
c ndgxyz (int,sc,out) - status of node.
c 0=node is undefined.
c -1=node is unselected.
c 1=node is selected.
c xyz (dp,ar(3),out) - vector containing x,y,z
4.3.24. Subroutine ndpxyz (Storing X,Y,Z for a Node)
*deck,ndpxyz
subroutine ndpxyz (node,xyz)
c *** primary function: store x,y,z vector for a node.
c *** Notice - This file contains ANSYS Confidential information ***
c input arguments:
c node (int,sc,in) - node number for operation.
c xyz (dp,ar(3),in) - vector containing x,y,z
c (vector should be in global system)
c output arguments: none
