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The latest beta versions of ADXV (from http://www.scripps.edu/~arvai/adxv/) can read spot files (whose name ends with .adx) and display them together with the frames.
The latest beta versions of ADXV (from http://www.scripps.edu/~arvai/adxv/) can read spot files (whose name ends with .adx) and display them together with the frames.


This is Fortran code for generating these files in the same directory where the frames are (i.e. you need write permission in that directory!):
These spot files can be written by [[generate_adx]]. In adxv's file selection window, it is useful to change the filename pattern from e.g. "*.cbf" to just "*" which then gives you the possibility to load frames and spot files at will.


! Task: generate .adx files from existing XDS.INP and XDS_ASCII.HKL
If using ADXV on a NoMachine (NX) desktop, it is useful to know that one needs the -nopixmap commandline option if the frame is not correctly displayed (I found that the zoom window still does not display correctly).
!      to be able to visualize where XDS finds/expects reflections
! The latest beta versions of ADXV (from http://www.scripps.edu/~arvai/adxv/)  
! can read these .adx files and display them together with the frames.
! Compilation: save this code as "generate_adx.f90" and compile with e.g.
! gfortran -O -C generate_adx.f90 -o generate_adx
! Then move the resulting binary to /usr/local/bin or ~/bin
! Usage: go to the directory which has XDS_ASCII.HKL and run generate_adx
! - the resulting files will be written to the directory where the frames are
! - which means you need write permission for that directory
! - which also means that the program might overwrite your frames if something goes wrong
! If you don't want this then just change the NAME_TEMPLATE_OF_DATA_FRAMES= line.
! Kay Diederichs 6/2009
!
      implicit none
      integer :: hkl(3),iframe,j=-10000,mini=huge(mini),maxi=-huge(maxi),&
                nref=0,i,i1,i2,num
      real intensity,sigi,x,y,z
      character :: string*80,frmnam*80,form*6='(i0.0)'
      logical :: back=.true.
100  format(5i5)
101  format(a)
! find out NAME_TEMPLATE_OF_DATA_FRAMES
      open(1,file='XDS.INP',status='old')
        do
          read(1,101,end=98) string
          string=adjustl(string)
          if (string(:29)=='NAME_TEMPLATE_OF_DATA_FRAMES=') then
            frmnam=adjustl(string(30:))
            i1=index(frmnam,'!')
            if (i1>0) frmnam=frmnam(:i1-1)
            if (index(frmnam,'.',back)>index(frmnam,'?',back)) then
              frmnam=frmnam(:index(frmnam,'.',back))//'adx' ! exchange extension
            else
              frmnam=frmnam(:len_trim(frmnam))//'.adx'  ! add extension
            endif
          endif
        end do
  98  close(1)
      print*,'.adx names :',frmnam(:len_trim(frmnam))
! prepare modification of framename
      i1=index(frmnam,'?')
      i2=0
      do i=i1,80
        if (frmnam(i:i)=='?') then
          i2=i
        else
          exit
        endif
      end do
      if (i2==0) stop 'template should contain a ?'
      write(form(3:3),'(i1)') i2-i1+1
      form(5:5)=form(3:3)
! sort XDS_ASCII.HKL by frame number
      print*,'sorting XDS_ASCII.HKL ...'
      call system('grep -v \! XDS_ASCII.HKL | sort -k 8n > temp_adx.sort')
      open(1,file='temp_adx.sort')
      print*,'sorting XDS_ASCII.HKL done'
     
      num=10000
      do
        read(1,*,end=99)hkl,intensity,sigi,x,y,z
        iframe=int(z)+1
        mini=min(iframe,mini)
        maxi=max(iframe,maxi)
        nref=nref+1
        if (mod(nref,num)==0) then
          print*,'working',num
          num=num*2
        endif
        if (iframe/=j) then  ! new frame
          write(frmnam(i1:i2),form) iframe
          if (j/=-10000) close(2)
          open(2,file=frmnam)
          j=iframe
        endif
! XDS starts counting at 1, whereas ADXV starts at 0:
        write(string,100) nint(x)-1,nint(y)-1,hkl
        call removeblanks(string)
        write(2,101)string(:len_trim(string))
      end do
  99  print*,'first frame, last frame, nref=',mini,maxi,nref
      close(1,status='delete')
      close(2)
      end     
!
      subroutine removeblanks(string)
! Removes leading and trailing blanks, and turns multiple blanks into one blank.
      implicit none
      character string*(*),copy*80
      integer i,j
      logical first
      j=0
      first=.false.
      do i=1,len_trim(string)
        if (string(i:i) /= ' ') then
          j=j+1
          copy(j:j)=string(i:i)
          first=.true.
        elseif (first) then
          j=j+1
          copy(j:j)=string(i:i)
          first=.false.
        endif
      end do
      string=copy(1:j)
      end

Revision as of 15:17, 15 July 2011

Visualizing XDS data reduction

The latest beta versions of ADXV (from http://www.scripps.edu/~arvai/adxv/) can read spot files (whose name ends with .adx) and display them together with the frames.

These spot files can be written by generate_adx. In adxv's file selection window, it is useful to change the filename pattern from e.g. "*.cbf" to just "*" which then gives you the possibility to load frames and spot files at will.

If using ADXV on a NoMachine (NX) desktop, it is useful to know that one needs the -nopixmap commandline option if the frame is not correctly displayed (I found that the zoom window still does not display correctly).

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