[AMBER] Question about LSC-IVR keep running without any output information after PIMD sampling

From: wangjianing_mail <wangjianing_mail.163.com>
Date: Thu, 6 Feb 2020 21:51:55 +0800 (GMT+08:00)

Dear Amber user:


Sorry about disturbing. I am a student of ECNU and I tried to check quantum dynamical effects in a proton transfer reaction, but I met problem in LSC - IVR after sampling with PIMD.


My LSC - IVR tasks were stuck (tasks keep running without any output information). There is no error information either. The last line of output file is shown below.


--------------------------------------------------------
   4. RESULTS
--------------------------------------------------------


#####################as segmentation###################################


I used amber18 and amber tools 19. My system is solved in a non-periodic water cap. Flag ilscivr = 1 and icorf_Isc = 4 was used in LSC - IVR calculations, the number in ‘LSC_rhoa.dat’ files are between 0 and 10000.




PIMD sampling input file
&cntrl
  ipimd = 1, ntx = 5, irest = 1,
  ntpr = 1000, ntwr = 1000, ntwx = 1000,
  ntf = 2, ntc = 2, cut = 999.0,
  ntb = 0, nstlim = 1500000, dt = 0.001,
  temp0 = 298.0,ntt=3, gamma_ln=2.0,
  nmropt = 1, ioutfm = 1,ifqnt=1,fcap=1,
  ntr=1,
  restraint_wt=10,
  restraintmask=':1.C1',
 &end
 &qmmm
  qmmask=':1'
  qmcharge=1,
  spin=1,
  qm_theory='PM6'
  qmshake=0,
  qm_ewald=0,
  qm_pme=0,
  writepdb=1,
 &end


LSC test input file
 &cntrl
  ilscivr = 1, icorf_lsc = 4,
  ntx = 1, irest = 0,
  ntpr = 1, ntwr = 1, ntwx = 1,
  ntf = 2, ntc = 2, cut = 999.0,
  ntb = 0, nstlim = 0, dt = 0.001,
  temp0 = 298.0,ntt=0,
  nmropt = 1, ioutfm = 1,ifqnt=1,fcap=1,
  ntr=1,
  restraint_wt=10,
  restraintmask=':1.C1',
 &end
 &qmmm
  qmmask=':1'
  qmcharge=1,
  spin=1,
  qm_theory='PM6'
  qmshake=0,
  qm_ewald=0,
  qm_pme=0,
  writepdb=1,
 &end


#####################as segmentation###################################


By any chance, could you please help check the problem and give some directions?
Thank you for you reading and looking for your reply.


Regards
Yuanfei Xue
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Received on Thu Feb 06 2020 - 06:00:04 PST
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