Functions/Subroutines
subroutine	check_expl (cs_nnz, cs, nm, tm, sd, nl_expl, num_ne, max_num_ne, sour_ne, dist_sour_ne, check_ne, check_dist_ne, length_cne, fun_expl, nf, tag_func, val_expl, nn_loc, local_n_num)
	Fills array check_ns for explosive force.

Function/Subroutine Documentation

◆ check_expl()

subroutine check_expl	(	integer*4	cs_nnz,
		integer*4, dimension(0:cs_nnz)	cs,
		integer*4	nm,
		integer*4, dimension(nm)	tm,
		integer*4, dimension(nm)	sd,
		integer*4	nl_expl,
		integer*4, dimension(nl_expl)	num_ne,
		integer*4	max_num_ne,
		integer*4, dimension(max_num_ne,nl_expl)	sour_ne,
		real*8, dimension(max_num_ne,nl_expl)	dist_sour_ne,
		integer*4, dimension(length_cne,4)	check_ne,
		real*8, dimension(length_cne,1)	check_dist_ne,
		integer*4	length_cne,
		integer*4, dimension(nl_expl)	fun_expl,
		integer*4	nf,
		integer*4, dimension(nf)	tag_func,
		real*8, dimension(nl_expl,20)	val_expl,
		integer*4	nn_loc,
		integer*4, dimension(nn_loc)	local_n_num
	)

Fills array check_ns for explosive force.

Author: Ilario Mazzieri

Date: September, 2013

Version: 1.0

Parameters

[in]	cs_nnz	length of cs
[in]	cs	spectral connectivity vector
[in]	nm	number of materials
[in]	tm	label for materias
[in]	sd	polynomial degree vector
[in]	nl_expl	number of explosive nodes
[in]	num_ne	number of explosive nodes
[in]	max_num_ne	max number of explosive nodes
[in]	sour_ne	explosive source
[in]	dist_sour_ne	distance of the node from the explosive source
[in]	length_cne	length check explosive nodes (useless)
[in]	fun_expl	function associeted with the explosive load
[in]	nf	number of functions
[in]	tag_func	label for explosive functions
[in]	val_expl	values for the explosive loads
[in]	nn_loc	number of local nodes
[in]	local_n_num	local numeration vector
[out]	check_ne	check_ne(i,1) explosive source node, check_ne(i,2) explosive function for the node i, check_ne(i,3) i for explosive load, check_ne(i,4) number of the element
[out]	check_dist_ne	check_dist_ne(i,1) = dist_sour_ne / val_expl

Definition at line 47 of file CHECK_EXPL.f90.

 
      implicit none
 
      integer*4 :: cs_nnz,nm,ne,nl_expl,nf, nn_loc
      integer*4 :: max_num_ne,im,ie,iexpl,nn,is,in,ip,i,j,k,h,fn
      integer*4 :: length_cne
      
      integer*4, dimension(0:cs_nnz) :: cs
      integer*4, dimension(nm) :: tm,sd
      integer*4, dimension(nl_expl) :: num_ne
      integer*4, dimension(nl_expl) :: fun_expl
      integer*4, dimension(nn_loc) :: local_n_num
      integer*4, dimension(nf) :: tag_func
 
      integer*4, dimension(length_cne,4) :: check_ne
      integer*4, dimension(max_num_ne,nl_expl) :: sour_ne
      
      real*8 :: vel_prop 
 
      real*8, dimension(:), allocatable :: ct,ww
 
      real*8, dimension(:,:), allocatable :: dd
      real*8, dimension(nl_expl,20) :: val_expl
      real*8, dimension(max_num_ne,nl_expl) :: dist_sour_ne
      real*8, dimension(length_cne,1) :: check_dist_ne
 
 
      
      h = 0
      nn = 2
      ne = cs(0) -1
 
      allocate(ct(nn),ww(nn),dd(nn,nn))
      call make_lgl_nw(nn,ct,ww,dd)
      
      do im = 1,nm
         if ((sd(im) +1).ne.nn) then
            deallocate(ct,ww,dd)
            nn = sd(im) +1
            allocate(ct(nn),ww(nn),dd(nn,nn))
            call make_lgl_nw(nn,ct,ww,dd)
         endif
         
         do ie = 1,ne
            if (cs(cs(ie -1) +0).eq.tm(im)) then
                do k = 1,nn
                   do j = 1,nn
                      do i = 1,nn
                         is = nn*nn*(k -1) +nn*(j -1) +i
                         in = cs(cs(ie -1) +is)
 
                         do iexpl = 1,nl_expl
                             do ip = 1,num_ne(iexpl)
 
                               if (local_n_num(in) .eq. sour_ne(ip,iexpl)) then
 
                                  h = h + 1
                                  check_ne(h,1) = sour_ne(ip,iexpl)
                                  check_ne(h,2) = fun_expl(iexpl)
                                  check_ne(h,3) = iexpl
                                  check_ne(h,4) = ie
                                  check_dist_ne(h,1) = dist_sour_ne(ip,iexpl) / val_expl(iexpl,19)
                                     
                               endif
                             enddo  !ip
                          enddo  !iexpl
                       enddo  !i
                    enddo  !j
                  enddo  !k
             
 
             endif  !if (cs....)
 
            enddo  !ie = 1,ne
 
          enddo !im = 1,nm 
 
      return
 

References make_lgl_nw().

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Functions/Subroutines

Function/Subroutine Documentation

◆ check_expl()