forum@abinit.org

Subject: The ABINIT Users Mailing List ( CLOSED )

List archive

Re: [abinit-forum] [Fwd: Re: How to obtain 5.4.2]

From: Ronald Cohen <rcohen@ciw.edu>
To: forum@abinit.org
Subject: Re: [abinit-forum] [Fwd: Re: How to obtain 5.4.2]
Date: Wed, 20 Jun 2007 11:41:25 -0400

OK--done, Thanks. Ron

On Jun 20, 2007, at 11:34 AM, Xavier Gonze wrote:

Dear Ron,

Just introduce the two small modifications by hand ... Easy...
I did not produce a patch, only a diff.

Xavier

On 20 Jun 2007, at 14:46, Ronald Cohen wrote:

-------- Original Message --------
Subject: Re: How to obtain 5.4.2
Date: Tue, 19 Jun 2007 15:56:18 -0400
From: Ronald Cohen <rcohen@ciw.edu>
To: Xavier Gonze <gonze@pcpm.ucl.ac.be>
References: <466E933D.5040202@ciw.edu> <569C881A-AAD1-483C-9B02- A3EF210703E3@pcpm.ucl.ac.be> <AB53B39A62E99D4D8F55B625F6808D710304E4A5@CVCV0XI05.na.corning.com> < 466F499B.3020900@ciw.edu> <D5EFD9FB- ADC1-4779-8DF8-2B3A7C4894B3@pcpm.ucl.ac.be> <7306BFAF- F8A4-4129-903D-6DEEE86B3565@ciw.edu>

When I try to do the patch you sent I get:

patch <patchit
patching file vtorho.F90
patch: **** malformed patch at line 8: ! Accumulate sum over k points for band, nonlocal and kinetic energies,

Am I supposed to be using something other than patch?

Thanks,

Ron

On Jun 19, 2007, at 3:00 PM, Ronald Cohen wrote:

I have downloaded and installed bzr, but do not find working directions on downloading 5.4.2 to try this test.

Ron

On Jun 18, 2007, at 10:28 AM, Xavier Gonze wrote:

Dear Ron,

As far as I can judge, I have succeeded to output it by the modifications of the routine vtorho
attached below.
And I have attached also an input file, derived from the one you sent me
(ecut and some other input variables have been modified for speed ; I have two datasets, one for self-consistent, then
non-self-consistent run ; ixc has been set to 1 - also in the psps).
For dataset 2 , the kinetic energy is written in the log file (not in the output file), see line 1209 :

-5.9182E-01 -5.9182E-01 -5.3070E-01 -5.3070E-01
vtorho : kinetic energy= 40.81174384327724
afterscfloop : fred= 0.000000000000000 0.000000000000000

Take the last printed value (it is incremented after each k point).
In the official ABINIT version v5.4.3, I will make the output nicer.

Please, test carefully, to be sure everything is coherent ...

Best regards,
Xavier

On 13 Jun 2007, at 03:34, Ronald Cohen wrote:

Yes, exactly. That is what I want to do! So far I have not been able to see how to do so.

Sincerely,

Ron

Modifications as for v5.4.2 (should be OK with v5.3.x also, provided you find the
correct location).

--- orig/src/18seqpar/vtorho.F90
+++ mod/src/18seqpar/vtorho.F90
@@ -1094,7 +1094,7 @@
enlnk(1+bdtot_index : nband_k+bdtot_index) = enl_k(:)
end if
- if(iscf>0)then
+ if(iscf>0 .or. iscf==-3 )then
! Accumulate sum over k points for band, nonlocal and kinetic energies,
! also accumulate gradients of Enonlocal:
do iband=1,nband_k
@@ -1110,6 +1110,9 @@
end if
end if
end do
+!DEBUG
+ write(6,*)' vtorho : kinetic energy=',energies%e_kinetic
+!ENDDEBUG
end if
deallocate(eig_k,ek_k,grnl_k,occ_k,resid_k,ylm_k,zshift)
if (psps%usepaw==1) then

<input>

Ronald Cohen
Geophysical Laboratory
Carnegie Institution of Washington
http://www.gl.ciw.edu/~cohen <http://www.gl.ciw.edu/%7Ecohen>
rcohen@ciw.edu <mailto:rcohen@ciw.edu>

<Ronald Cohen.vcf>

Ronald Cohen
Geophysical Laboratory
Carnegie Institution of Washington
http://www.gl.ciw.edu/~cohen <http://www.gl.ciw.edu/%7Ecohen>
rcohen@ciw.edu <mailto:rcohen@ciw.edu>

<Ronald Cohen.vcf>

<rcohen.vcf>

Ronald Cohen
Geophysical Laboratory
Carnegie Institution of Washington
http://www.gl.ciw.edu/~cohen
rcohen@ciw.edu

BEGIN:VCARD
VERSION:3.0
N:Cohen;Ronald;;;
FN:Ronald Cohen
ORG:Carnegie Institution of Washington;
EMAIL;type=INTERNET;type=WORK:rcohen@ciw.edu
EMAIL;type=INTERNET;type=HOME;type=pref:cohen@gl.ciw.edu
TEL;type=HOME;type=pref:202 4788937
item1.ADR;type=HOME;type=pref:;;Geophysical Laboratory\n5251 Broad Branch RD.\, N.W.;Washington;DC;20015;United States
item1.X-ABADR:us
PHOTO;BASE64:
  TU0AKgAAGwh+aiOVgTKfjD+Gcy+8mzrMrkl5cjd7bjW2pmQjIxFXTBzGtmnRwXXSwXbSwnrRwnrR
  wXnSwXjRwXjPv3nPvXTNvXHNvnaznE6LVgCVXQCQWACRWQCPVwCOVQCLVABwQgFZNABXMABMKgE6
  IgBZNQF8SgCFWQyzoFWhiUEzIQIJBwAKCQEAAAAIBgEgEgICAAComEa4qVy2p1zAr1/MtmW/olCO
  hlI0NR2iklIkJRNZUB3FuGzTxXvTxn3Uxn7VxX3Uxn7Txn7SxX3Rw3nPwHfPwHbPwXm3nFKMVwCV
  XwCRWQCPWwKccA6dcA+cbQyQWAGMVACOVQCDTQF5SAGJUgGCSwCEWw60o1aZhD8FAgALCwNJOgoK
  BgAMCQEkFQELBACllka3qV20qF64p129ql+zol9XVz5eVi2Ge08JDAFaUh7GuW/Xyn7VyoHXzILY
  y4HZyX/YyYDXyX/UxnzRwnjPwXnQw3u2m1COWACWXgCPVgCQXga3mi/CpTa1lCqLVQGIUQCNVQCH
  UQGATACFUAGASgB6VhOqnleXgD8KAwAWFgVVQgsJAwAPDQAmFgAVCgCekESwpViypl6MgENzZy+K
  dzxgWjOOdjRRSiA2Mg9yayzHu3HSwnXRxHnNwnjUyILVyYLYy4LXy4TUyYTRw3rSxH7RxH2zmEyO
  VwCUXACOVQCPYAa6nDO/ojaviiOIUgCGTwCKUgGGTwCHUACDTQB9RwB3VhOrnleReDkUCAAbGgVT
  QAsHAgAaGgMmFgEcDQCWiUWroFqupV9QUS4yMRE3NhVOTSJxbzd/dzuEez2EgEWHh1aKiVSKjVSL
  jlCVkVablVahm1ujnmWkonK5s3XSxn/OxH6uk0WKUwCQWQCSWACPYQe6mzG9ojWwjCOLVACIUACI
  UACFTgGBSwCETgCCSQCEYBi3p1qLby0dDQApJQlnSw0CAAAaGAIlFAAfDwCOhEKjmlepolxLTSc0
  MQ4rKgspJwklJgslJw0ZGwoaHgsjJg4bIAwbHg0eIA9LRyMxMBYbHg0iJhIcIhWIhVHKvnfLxIKm
  jkGDTgCNVwCNVgCPYwm5nTO8oTSthyGIUQCGTwCFTgCASgB9SQCCTAB+RgCLaiG6q16AZysjEAA7
  MA9zTw0iFAAoGgEjEgAiEgCGf0CclFOknVqUgjdkUxSEaxWPdB2IdSlkWB5fVh1fWR9jWiBnXiNX
  UBpXTxlxZCZ4bC5VTyNKRh4+PBqJh1C2rGjCu3qjikGATACLVgCLVQCPYwq3nDK7nzWlgBuETwCG
  TwCFTgB7RwB8SACASwB7RQCPcCe6ql11XCMoFwAlGQIdFQIIBQAUDQEzIQEwHgB9eT2SjU+cllei
  jT2KbhuogRqlhSedizuIdyySgDSGdy6RgTqgkEeJejGRfiyAcCZ3bil+bCJ6bihxcCuWlVm2rGet
  pmGagTt/TACHVAGETwCNYw21mzC3njOgext/SgCBTACBTAB8SAB+SgB+SgB3RACTdSu8q1xaSR8A
  AAAAAAABAQABAQAQCwEKBwADAgBzczmLiEuWk1SKejWVcxSofxiXgDKLfDGDciuUgziNfjaikUad
  jUB/di6IeCl6bSJqYSCDcyuHdC11dCmIiUqkmVaSiUWKczN1SACEUQF9SQCLYg66oDS6ojWedxp5
  RgB6SAB+SQB+SQB+SgF4RQBzQACSeS66qlxWRB5jVzFgUiIkIAUFBQAZEAIAAAAAAABtbzeGhEeS
  kVRaWitUSw9hVxlPUSBTUCFZVCRtZzJvcDx4dT1sazdhYyxmZzBXVyNnZDFpaDVoZjZpbjZ1cjKJ
  fziYjkiDbTBnQAB6TAF5RwCJZA63nzS4nzSachd3RAB6SQB8SQB7RwB/SwF0QgByQQCUfjW4qFlQ
  PBdFPB5KQRgWFgIMDQJFJwkyGAVIQCFlajaBgUqMi1GKhD6CfDSAfDeAfDeAfD6BfEF4e0FyeUZw
  eEZxe0RwfEtwek5yd0xxdkluckNqcEFiaTqPkk+uqGapp2R+aChiPABvRgFzRgCGZxKvmjK0nzaU
  bxR5RgB6SQB7SAB4RgB8SQB4RQBzQgCagzy3pVdJNQ89NhNFPREsKwoaGwVKJAZXMhGHekJgZjV8
  fUiHh06XkEeglkihm02knk+loVWnpV6cqnOLroyHrI+msHitrmmsr26tr22tsG2tr22tr2unrGeg
  pGGvrGympmN2YiFhPABtRQBrQACHaRW2oTaznjSPahB4RAB5SAB4RwB2RgB5RwB1RABxQgCciD+z
  oVRALgtIRCRJPRNBOw8hIAZQJAVePRybhkxbYjh2eUaChE6PikOVjj+ZlEibl0ydnFWen12eomSf
  pGifp2qiqGekqGinqmunq2mnrG2nrXCnrW+kqmuWmU2lpF2hpGNuXRxfOgBsRAFnPgCFaBWsmS+s
  mC6MZhB0QwB3RgB3RgBzRAB2RwBzQQBvQgCcjEKtnVI6KQpQSiFXRBNFPRAiIgdPIgNWORqdlFVX
  XThwdEZ+gU2IhD2NiTySjkSVkkmYmFKanFmbn12eomKgpGOhpmSip2ajqGqkqWqlqWulq22lq26i
  qGuTlkuio12gpGdrWR1dOgBnPwBjOgB+Yw+ejCipkiuIXgtvQABzQwBzQwBxQAB0QgBuPgBtQQGf
  j0WmlkspHAMjGgItIgUtIwUjGgI/FABGLxaLiFJTWTNpb0N7fk2DgD6GgziLikKQjkWTlE+WmFeY
  nF2an2CdomKgpWWhpmWip2inrGynrW+jqm2iqm2kq2yhpGSnqmyfo2hrVx5fQAWBZi+AZCyVgzyq
  nkytnUmQdC9/YCSDYSSCXyKDXCGEXCB/WB18Wh+qnV2mmVknIhYREg0PEQwMDQgHBwNPJQpaSCSU
  gkRLUjFkbEJ2e057ejx7ejJ/fzeChT2HikmOkFORlFiUl1uUm16VnmCcpWaXnmRtc0tESi4wNh44
  Ph9PVS9+gVKqrniboGVdShFSTCu919zF3d/G3N7H3N7H3eDK3t/N3uDO3d/Q3dzR3dzS3trU3dbV
  3dPZ4NfY39LP1MbKzrmzs5fCyLRgVzRQNBJjVCZ/aTBCSi5gaEBzeUx1dTl1cy17eTJ9fTl/gkN/
  hUl8h0p/iEyFjFGPlllrckglKhULDQAGBwAHCAALDQAPEgAUGAZVWjeVmFpYRw5YW0y41+eOuOSX
  wO+fyO6iyfCnyvOpyvSsyvSqy/SnzPKpzu+pzu6py+2ryemuyeaxyOSzxt6ktb/R3dV3YD4IAgAY
  EAEgFAA6RCldZEBweE12dzt4dzB7fDd+gD6DiEiHjlN6glhygWhyg3BYXD0mJAoVFQECBQAAAwAC
  BgAGCQAECQAKDgAWGAA9PBZJOQZVWEy52eyax/ej0P6n0/ux2/mx2/mv2fmy2fiw2Pmx2fm53ve6
  3fix2Pmy1/ms1fujz/2jyPqZvNvI189qUzkAAAAAAgEAAAA0PylWXjxrdEpvczhxci92eDd5fDt9
  g0aAiVGBi1eDj19kck4bGgQgHgIQEQIWFgklIxEpJREuKxMiIQofGwccFwIVFgEmIQBXW0q52u6m
  0fPJ7Pe24Pe84fW+4/W94vW64fa64Pa34Pew2/ez3feu2Pmq1vmt1fjB4vfE3/iUvNjC1M1mUzYQ
  DAAFCQMNCgQyPSlPWDhncUpobDZqbCxvczRyeDh3fkR6hE99h1OEj1lSWDUmIwMwJghfTCKOeUyS
  eU+CaUiDbUqHdEmIbT6HZihKOxQKDQBQW1ez2/Kt3PLV9fXS8/Td9PTe9PPd9PTb9PXZ9PTX9fXY
  9PXa9PXY8vXV8PbR7PXY8PTY7/eRutO80MxgUDQXEAA4OxqZgSEwOilJUjdlbklmaDVkZylpbjJt
  dDdzekJ2fk14glF9iVcyNyAUEgB2WCGbdzuffUyUdEqJblGDak6Kb0qTcECieTSTbysREABGWmet
  3Pez4fPU9fbT9PTg9PPh9PLh9PPi9fTg9vPe9/Te+PXe+fXd+fXc9/XY8vTS7fTS7faQudW5zc1Q
  RTIFBwA2Ohaukh0uOShDTTVhakhhZDFeXyZjZi9mazRocz9pd0dsfE5zgFIbIBMjHAWSbSyGZDF9
  Xzx+Z0t7aFZ5ZVN9aEp/Yj6LZy+acysmIAVDXHKu3Pq65fPY9fXX8/Tg8/Pj8/Ll8vLi9PTd9fTa
  9vXX9fXY9vXY9PXW8vTN7PTP7fTT7faTt9a1ys1JQzEKDwQrMBeqlSwtOClASzNeZ0VgYjFeWx1j
  YCJkZChmazFpcDdhaTZPWzUPEwksIgmNay5+YTF+ZT5/aU13ZVJ5ZVGDa0p/ZD6BYzKNaignHwNE
  WnKx2/6+5/Pb9PTb8/Tj8vPl8vLn9PLk9PPf9fTd9vTb9/XY9vXV9fXS8fXL7PTS7/TX8PeVt9ex
  x89EPzIIDQQcIBGsoEQrOCg+STNaZEVeWyhjTgZxVgd4XQp/YguIaQ52XQ5JTSUXHxEgGQSIaC6I
  aziCZz9/aE56ZlN+aFOGa06IaUKKajaHaSglHwJHYn2q3P7B6fTZ9PXc8vPl8fHm8vHm8/Lk8/Pj
  9fTf9fPe9/TZ9/bX9/bU9PXO7vTR8PTY8feVttevxs49OzAABAAfIBO0qEcqNik+SDNYY0VHQx9D
  MwNhSgpoTwtrUQxtUwxTQQZeWSJKPSAgGQWKbTJ/aUJjVD1fT0JpVkxnV05eTj9gUDt7ZDmJbSws
  JAdvdYWj2vvH6vPa9PXe8fLn8fHn8vHn8/Ll8/Lg9fTe9vXe9/Xf+PXb+fXa9/XP8PTQ8PTW8fiU
  tNqtw9BMRTAOCwAUFwy8rkcmMiY3Qi5VXkI+PR0uJwFKOwhOPwhQQAlWRQ5LPAdZShFiPhtLPBRu
  WSc/Nx4hHw8kHw9JPSxIPC0jHw4lIxU+Nh1lUR9LOhF2XVyg1ffN7PTe8vPj8fLq8fHp8/Hp9PLp
  9PLn9PPk9fTd+PXZ+fbV+PbW9/XL7/TR8vXW8viVtd2qwc9DQzM7NhdCPRqNfzIlMSYxPitMVzwz
  NBQmJQ1ORCFJQRhHOwpOOwRSPgFeSAdeQBtwURtnUSMnJRUWGxgfIBdHOyJDOSMfIhsaHxwoJBZb
  RxpgRhd7c4Gj1//P7fXf8fPQ8fTQ8fTR8PTW8PTW8vTX9PXZ9fbQ9/bO9/bN9fbR8/XL7/XV9vXZ
  9PiYt+GowNNFSTk2PCU3PCEhHAUgLSMvNyV8f1yhopLZ2Nbv8PHk5eTc2tLFwLKShFBVQQBFLRN3
  VR+LajpVRTM/OC44MSJpSyZoTSc0LyRDPDNXSTOKazJSPBZ+kK6c1v/O7/Xj8/LZ8/PV9PTX9PXe
  9PTY9fXU9vXU9/bV+PbU9/bS9PXS9fbP8/bb+vbe+PmcueWmvtNAQzQuMx4vMxwbHgxWXUZtbknB
  vKzp5dja2MnSy7fd2MHR0cu9x6bFw6p/g3FkaFluUSGBYD1iTUVZRjpVPyOFXSuOZTJYQihYSD54
  X0uRazhYRyWTtdeOy/+ZzvmX1PmZ2fug2/qr3Pix3/iw3/m25fjC6vfC6vfF7PfH7fe95PbH7PfV
  8vbN7PeTteWjvNQ5PC8lKxclKREVGgd8iGKLh2ydiXaPhE2OhFGJflhlaEN6flLU07H29vTo8vV9
  lJdeSidqSy5XPjNJNSRxUCqMZUGPZkNrTihOOy9oTkF2VDBYRSKPstKez/6dzP2cz/+d0P+f0f+h
  0P+g0f+d0P+NwPmy1f+q0v+fzP+dzP2Nu/aSwPqjx/eNvOOCsuCjwNsqLSQUGQo2OR0/RSCHjntc
  ZFlmcGxgamBtc2d/gnyFjH2ys4jm5M719/nz9vibsbRVTDNHNBYjHBAjGw46Jg9NOCpLNiY2JhAk
  HxIxJxhTPiFHNxEjKykcKzYjMUArPlE0TGA+V21KZYJYdaBcfalafal0jrV1lMF3l8Z9nsmFpcyK
  qtSNrtmTsNaWtd2eu9VvcFFBPh1BQyFISh/o6uDp6urx8vHv9O7t8PLr7vDp6OT4+PH19Oju7eXk
  49q+wqpLRS4tJQsHBwIDBAABAwAGBQADAwACAwAEBQAJCQM/MRY1MxMgJBMdHA1APi8SFxIQFg0N
  EhALDBMQGTgJEzYGEiAXGkEiK3IWLmwACx0ABA8ACRYCChYFChIMFiUZKDixrnq6qnZ7aj98aCb3
  9fD6+vn0+PXn7+fk6ezb4Oaws5e2s5CUk2d6d05qaUZeXzQpKRMNDAANDgQiHA0hFxAmHB4kGRgg
  FwwYFgoaFwkhHAhAQh1pbj1wdEGhnV6so2yho4GJkYA/QUAFDg4bKSkYJygKFBgEChAECg1MTzpl
  ZkxpbFRiZ1NVWEtBQDQmKSB0a0B5XS9gSx4mIgn+/Pz7+vv29fP7+vbm5Nubl35kZD9PUS9FRys7
  PyYzNyIqLxpCPyoMDAcCAwAtIxA/LRo2KSY6KiA7LBYREAUCBAAhHxE5PCQ0OiBCRyxMTy5hYTZt
  cUlyeVZ8hWh1gWhpeGZebmBQYVlBVk00SECBiHKqqH+KgVtxbEt1cEuGflSemGylmWBuXCI/MxAK
  DQnH2MjK1qCutoycnm9hYEM2OCAyNSIvMyMqLiI1OzBISUFZV06Nf3MdGxcAAAASDwUsIw0LCgAg
  GgknIRAAAgAAAABQPyuPhGc/RDcmLR4nLBo1OSNKSy1hYTeYlG3l5M3d3b3Q0qi/wI+yt4eMi113
  fltvdF4iIhIABABaW0eQknW4qnmNfUVoYitJRRo9PBp6pqS10bissItFRy5BQi9kZVaHhXimoZa0
  r6e1qqbGuLPe0MWLgJMzLy8AAAABAgAPDgQPDQQXFAcFBgEAAAAfFgI/MCC/r5Xaz8C3saKEgXZK
  TkIpLyAuNRtCRCain5z+/v/6+vjy8N/SzqShm2xCRjB0dVgGBwEAAABSU0X288mvonMnJwgxOBx1
  dkl1ckTj3bzBwKZzdmGkoY/Y0L3e08bUx77Qw7u8r7K3qazUyL/GvLaSiptiW18RDgMAAAAAAAAA
  AQAAAQAAAAAMCAE4JgJKQDS+rpzHtq7bzL/m2srf1sO6t6R/f21ARjEzNiK+v77////T1MK5vKfa
  3cq4wKy+uZAuLhwvOjY3OSKhk0OSejErLxAzOB2VkWC0rGm6kk3Pvpvp4NLZy8XJu7e5rK28r6+d
  kaCglaS8sbLVysK3qqd5cIFGRlskHBAkHQwMCgQJCAILCgIcFQcpGgRVRi+ckIu3p5q3q62rnqnE
  t7PGubPSxb3m2MbUy7R+fmZWXVLg4+T09vPX2s7R1cLS0r3e38pqaE5mblU3OSF1ayqEZQVDPxMz
  OBt+fla0rG/f0L3l2s/Zz8ipmqasn6WxpamuoKaUhpW8rrHKvrrTxL2hlZxaWXhDR2gyMDZBMx48
  MB43LRozKRYvIxU2MTRST2mmlZK5q6DMwLawpq+2rLC8sbKypqmmmqC+r6rEtrCspJK9vbL9/f78
  /P37/fv9//z///29v6hWXVdgbmDe4bWqo21NSx8yNxdqbEW6sHPf0cfazcW9sLOdj5+nmqOypquc
  j5uShZW8rLDFt7TEtbOtnaKWi5BPUnFcWXJCOzlBNytCOC85LyU+OUdPUXRARnVaUGOxn5bEta+2
  qK2toKi3qqupnKKMhZmhlJy0paWtn6HGtqvt6OD8/fz7/f36/fv8/vz////+//zy9+/09+7178N3
  cDg5PRtFRyd/eUR9cY6ikZ6ll6KRhJelmKOsn6ePhJKWiZe5qqzEtbK4qKyqm6etmp2GeYBiX3dm
  YnNPRDlVRjZDO0BSUXhWWIY8Q29HR2qcjZLAsKy1p62ekaKvoaeilp6MhJmIgJOpmpynl5mll5vE
  tajTysLv7+Pz8+j6+/H///b///f///v///Pcz4ielE9BOh4GCQISEgZ2bo+UiJiXjJyCd46fkqCl
  maKGeoyXiZizo6e4qaqqmqOomaWml6KPgpJmX3JyaXh1ZmNgT1NLRWZPS3BSUnhITHJcWXmilaC4
  qai4q6uflKOrnaKmmp6RiZmCepGTiJOmlpiYjJu0pJ2smZG/rpu0rIpva0pbVjVtZj9+d0uMh1d+
  eDsuJw0FAgAAAAAAAAB4cI6NgpSLgpN3bYeekp6hlqJ/dIWai5iyoaWnmaCilJ2nmaCekJ6WiZmF
  fpRTT3VqYnRgXHtSVIZZXIlkZIpSU3qAfJmmmaO3qKi7rayjmKGomp+rnZ2SiJiEe5CKgJCllZZ/
  dpOUhpK8qZm8ppysl4kwLB8AAAAAAAAAAAAAAAAGBgECAgAAAAAAAAAAAABwZoWEeo2Ceo11aoOg
  kpudkZt6cIKcjZmtnaGfk52bj5qllp6bjpyajJiPhpVkY4xfYIJsZ3p6dYx3dI6CfJB5dpGbkZ6m
  mJ6nl56xoaOqnqCml5mnmJmSiJeGfpGEe46dj5GKf5N1a4evnJC9p5ekjpKXg3wrLyYEDgoJEg4K
  Ew4KEg0VHBMNFQ0QFg8AAABrYn13boR8cYVzaIOgkpuaj5l5b4KdjZmrm5+bj5qWi5iklp2XjJeb
  jpaMgo95dY93dJSBeZCFe4eaj5eVipSUipuZj52hlJuhk52ZjpyglJuilJaik5WRh5SNhJKOhZOV
  h46ThZBuZIGTg4m5o5OumZWZg4ydjnZkaj9gZT1YXztIUjNkazx0eURwdERRUClsZXloYXl0bIZ1
  bIWej5iXi5Z7cYKfj5eqmJ6TiZaYi5efkZmNg5GbjZeDe4yHf5KKgpaOhph9dIOqm5mklpmdkJua
  jpuhk5illpyZjZqYjJafj5WgkJOMhJGOhJCdkJOPgomGeohqYn6DdoOgjYq1npachYmslYmvo2ai
  mlqlnlyVkFKRkFGloFmnoV2poVx1bXlcVmxuZ4R7coiWipOTh5B/dYWhkJaklZqLgI+cjpWWipWO
  go+ajJiBeY+OhZWSiJmRh5iGfY+qmZuunJ2nl5qdkZqgkZeilJicj5mZjJOZi5GcjJKGfY6Jf42N
  gIZ0aXZ2bIRnYX1+c36WhoinkZCljoujjIS3qnOyqGaxpmSso2KpomGwqGWyq2myrGpiWmhRTF9r
  ZYGEeY2UhpCVho6Ge4qhkpmbjZWJf42bj5KPho+Sh5GajZaIgI+IgZaKgpWLgJOThpOjk5uol5er
  m5yfkZeekJailZiajZaWiJCWhouXiY2EeYiEeIFmW2deV29sZn5mYnl8cXyUhIaYhYqeh4ilkYOq
  mWtmXytoYipuZi10ajN5cDZ9dDeCdzsADQEAAAMAAAABADAAAAEBAAMAAAABADAAAAECAAMAAAAD
  AAAbqgEDAAMAAAABAAEAAAEGAAMAAAABAAIAAAERAAQAAAABAAAACAESAAMAAAABAAEAAAEVAAMA
  AAABAAMAAAEWAAMAAAABA44AAAEXAAQAAAABAAAbAAEcAAMAAAABAAEAAAFTAAMAAAADAAAbsIdz
  AAcAAAPQAAAbtgAAAAAACAAIAAgAAQABAAEAAAPQYXBwbAIAAABtbnRyUkdCIFhZWiAH1gAJABoA
  EgAuAA5hY3NwQVBQTAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA9tYAAQAAAADTLWFwcGyPmW3E
  ATc7aq/mW506k4QRAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA5yWFlaAAABLAAAABRn
  WFlaAAABQAAAABRiWFlaAAABVAAAABR3dHB0AAABaAAAABRjaGFkAAABfAAAACxyVFJDAAABqAAA
  AA5nVFJDAAABuAAAAA5iVFJDAAAByAAAAA52Y2d0AAAB2AAAADBuZGluAAACCAAAADhkZXNjAAAC
  QAAAAF9kc2NtAAACoAAAANhtbW9kAAADeAAAAChjcHJ0AAADoAAAAC1YWVogAAAAAAAAegAAAEBA
  AAACoFhZWiAAAAAAAABWUwAAq50AABVVWFlaIAAAAAAAACaDAAAUMgAAuzJYWVogAAAAAAAA9JIA
  AQAAAAEXnnNmMzIAAAAAAAELXwAABV3///M4AAAGzwAA/jT///uy///9mAAAA/YAAL/RY3VydgAA
  AAAAAAABAc0AAGN1cnYAAAAAAAAAAQHNAABjdXJ2AAAAAAAAAAEBzQAAdmNndAAAAAAAAAABAADR
  dAAAAAAAAQAAAADRdAAAAAAAAQAAAADRdAAAAAAAAQAAbmRpbgAAAAAAAAAwAACjwAAAVwAAAEpA
  AACdwAAAJncAABK7AABQQAAAVAAAAjMzAAIzMwACMzNkZXNjAAAAAAAAAAVpTWFjAAAAAAAAAAAA
  AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
  AAAAAAAAAAAAAAAAAABtbHVjAAAAAAAAABAAAAAMaXRJVAAAAAgAAADQZnJGUgAAAAgAAADQbmJO
  TwAAAAgAAADQZXNFUwAAAAgAAADQZmlGSQAAAAgAAADQcHRQVAAAAAgAAADQemhUVwAAAAgAAADQ
  amFKUAAAAAgAAADQbmxOTAAAAAgAAADQZGVERQAAAAgAAADQcnVSVQAAAAgAAADQa29LUgAAAAgA
  AADQZW5VUwAAAAgAAADQc3ZTRQAAAAgAAADQZGFESwAAAAgAAADQemhDTgAAAAgAAADQAGkATQBh
  AGNtbW9kAAAAAAAABhAAAJxlAAAAAL/TkYAAAAAAAAAAAAAAAAAAAAAAdGV4dAAAAABDb3B5cmln
  aHQgQXBwbGUgQ29tcHV0ZXIsIEluYy4sIDIwMDUAAAAA
X-ABUID:3C456370-67B7-4869-BB4E-F059963DD4C9\:ABPerson
END:VCARD

[Fwd: Re: How to obtain 5.4.2], Ronald Cohen, 06/20/2007
- [abinit-forum] How to apply patch, Ronald Cohen, 06/20/2007
  - Re: [abinit-forum] How to apply patch, Yann Pouillon, 06/20/2007
    - Re: [abinit-forum] How to apply patch, Ronald Cohen, 06/20/2007
- Re: [abinit-forum] [Fwd: Re: How to obtain 5.4.2], Xavier Gonze, 06/20/2007
  - Re: [abinit-forum] [Fwd: Re: How to obtain 5.4.2], Ronald Cohen, 06/20/2007