@@ -301,20 +301,20 @@ subroutine impose_ASR(FC,R2,pow,SClat,PBC,threshold,maxite,FC_out,verbose,nat,n_
301301
302302do while (iter < maxite)
303303
304- if (verbose) write (* ," (' Iter #' I5 ' ====')" ) ite
304+ if (verbose) write (* ," (' Iter #', I5, ' ====')" ) ite
305305 if (verbose) write (* ,* ) " "
306306 call impose_ASR_2nd(FC_tmp,pow,SClat,PBC,.false. ,FCvar,sum2nd,FC_out ,nat,n_blocks)
307- if (verbose) write (* ," (' Sum on 2nd=' e20.6 ' Imp. ASR on 2nd: => delta FC=' e20.6)" ) sum2nd,FCvar
307+ if (verbose) write (* ," (' Sum on 2nd=', e20.6, ' Imp. ASR on 2nd: => delta FC=' e20.6)" ) sum2nd,FCvar
308308 call impose_perm_sym(FC_out, R2, SClat,PBC,.false. ,FCvar,FC_tmp,nat,n_blocks)
309- if (verbose) write (* ," (' ' 20X ' Imp. permut sym: => delta FC=' e20.6)" ) FCvar
309+ if (verbose) write (* ," (' ', 20X, ' Imp. permut sym: => delta FC=' e20.6)" ) FCvar
310310 if (verbose) write (* ,* ) " "
311311
312312 ! check converg
313313 if ( sum2nd < threshold .and. FCvar < threshold ) then
314314 write (* ,* ) " "
315- write (* ," ( ' * Convergence reached within threshold:' e20.6 )" ) threshold
315+ write (* ," ( ' * Convergence reached within threshold:', e20.6 )" ) threshold
316316 write (* ,* ) " "
317- write (* ," ( ' * Total FC relative variation:' e20.6 )" ) SUM (ABS (FC- FC_out))/ SUM (ABS (FC))
317+ write (* ," ( ' * Total FC relative variation:', e20.6 )" ) SUM (ABS (FC- FC_out))/ SUM (ABS (FC))
318318 converged = .True.
319319 EXIT
320320 end if
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