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[Opal] RE: Enabling Parallel Computing on OPAL-T


Chronological Thread 
  • From: Norman Huang <norman-huang AT hotmail.com>
  • To: Andreas Adelmann <andreas.adelmann AT psi.ch>
  • Cc: <opal AT lists.psi.ch>, Yi-Nong Rao <raoyn AT triumf.ca>, Rick Bartman <krab AT triumf.ca>, Thomas Planche <tplanche AT triumf.ca>, <fwj AT triumf.ca>
  • Subject: [Opal] RE: Enabling Parallel Computing on OPAL-T
  • Date: Mon, 28 Nov 2011 13:40:50 -0800
  • Importance: Normal
  • List-archive: <https://lists.web.psi.ch/pipermail/opal/>
  • List-id: The OPAL Discussion Forum <opal.lists.psi.ch>

Hi Andreas,

Here's the stdout output.

Using this configuration, a run takes about 3.5 hours. While using a single node only takes 2 hours.

The Pi calculation test was successful, so I think OpenMPI is installed correctly. Does FFT actually
exploit parallel processing, or do I have to use multigrid instead?

Regards,
Norman


Subject: Re: Enabling Parallel Computing on OPAL-T
From: andreas.adelmann AT psi.ch
Date: Sat, 26 Nov 2011 08:45:35 +0100
CC: opal AT lists.psi.ch; raoyn AT triumf.ca; krab AT triumf.ca; tplanche AT triumf.ca; fwj AT triumf.ca
To: norman-huang AT hotmail.com

Hello Norman the input files is just fine, I made one small change not related to your problem. 

Can you send me the std-output of your run? On which cluster do you run?

Are you sure that MPI is installed properly i.e. can you run a canonical MPI test - for example 
calculating Pi - (this test comes with every MPI distribution).

You should also contact Fred Jones, I remember having similar problems when I was at Triumf 
in the beginning of this year. 

Cheers Andreas 








On Nov 26, 2011, at 2:54 AM, Norman Huang wrote:

Hi Andreas,

I'm trying to do space charge calculations using parallel computing on OPAL-T, but 
it appears only 1 core is being used.

This is my fieldsolver parameters:

Fs1:FIELDSOLVER, FSTYPE=fft, MX=32, MY=32, MT=2024,
PARFFTX=true, PARFFTY=true, PARFFTT=false,
BCFFTX=open, BCFFTY=open, BCFFTT=open,
BBOXINCR=1, GREENSF=INTEGRATED;


Command used to run the test 'isis.in': mpirun -np 8 opal --commlib mpi isis.in

When it's being run, all 8 cpu cores are active, but only one is doing the
calculations. Furthermore, this run actually took an hour more than a previous
run using a single core. 

Am I missing some configurations?

Regards,
Norman
<isis.in>

------
Dr. sc. math. Andreas (Andy) Adelmann
Staff Scientist
Paul Scherrer Institut WLGB/132 CH-5232 Villigen PSI
Phone Office: xx41 56 310 42 33 Fax: xx41 56 310 31 91
Phone Home: xx41 62 891 91 44
-------------------------------------------------------
Thursdays: ETH CAB H 83.1  +41 44 632 36 72
============================================
The more exotic, the more abstract the knowledge, 
the more profound will be its consequences.
Leon Lederman 
============================================



Ippl> CommMPI: Parent process waiting for children ...
Ippl> CommMPI: Child 3 ready.
Ippl> CommMPI: Child 5 ready.
Ippl> CommMPI: Child 1 ready.
Ippl> CommMPI: Child 7 ready.
Ippl> CommMPI: Child 6 ready.
Ippl> CommMPI: Child 2 ready.
Ippl> CommMPI: Child 4 ready.
Ippl> CommMPI: Initialization complete.
{0}> ____ _____ ___
{0}> / __ \| __ \ /\ | |
{0}> | | | | |__) / \ | |
{0}> | | | | ___/ /\ \ | |
{0}> | |__| | | / ____ \| |____
{0}> \____/|_| /_/ \_\______|
OPAL {0}>
OPAL {0}> This is OPAL (Object Oriented Parallel Accelerator Library) Version
1.1.8 SVN version 11730M (c) PSI, http://amas.web.psi.ch
OPAL {0}>
OPAL {0}> Please send cookies, goodies or other motivations (wine and beer
... ) to andreas.adelmann AT psi.ch
OPAL {0}> Time: 13.28.02 date: 28/11/2011
Ippl> CommMPI: Started job 1 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 2 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 3 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 4 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 5 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 6 on host `trcompdev.triumf.ca'.
Ippl> CommMPI: Started job 7 on host `trcompdev.triumf.ca'.
OPAL {+0}> No startup file "/home/hnorman/init.opal" found.
OPAL {+0}> Reading input stream "isis.in".
OPAL {+0}>
OPAL {+0}> 5 elements selected.
OPAL {+0}>
OPAL {+0}> *
**********************************************************************************

OPAL {+0}> Selected Tracking Method == PARALLEL-T, NEW TRACK
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> -------------------------------------------------------------
OPAL {+0}> READ ININITAL DISTRIBUTION FROM FILE
OPAL {+0}> BE AWARE OF THE FACT THAT ONLY NODE 0 IS READING IN
OPAL {+0}> -------------------------------------------------------------
OPAL {+0}>
OPAL {+0}> * ************* D I S T R I B U T I O N
********************************************
OPAL {+0}> * Distribution: DIST1
OPAL {+0}> * Distribution type: FROMFILE
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * ************* B E A M
************************************************************
OPAL {+0}> * BEAM BEAM1
OPAL {+0}> * PARTICLE HMINUS
OPAL {+0}> * CURRENT 0.000583 A
OPAL {+0}> * FREQENCY 2.306e+07 Hz
OPAL {+0}> * CHARGE -e * 1
OPAL {+0}> * REST MASS 0.939277 GeV
OPAL {+0}> * MOMENTUM 0.0235826
OPAL {+0}> * NPART 50001
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * ************* F I E L D S O L V E R
**********************************************
OPAL {+0}> * FIELDSOLVER FS1
OPAL {+0}> * TYPE FFT
OPAL {+0}> * N-PROCESSORS 8
OPAL {+0}> * MX 32
OPAL {+0}> * MY 32
OPAL {+0}> * MT 2048
OPAL {+0}> * BBOXINCR 1
OPAL {+0}> * GRRENSF INTEGRATED
OPAL {+0}> * XDIM is parallel
OPAL {+0}> * YDIM is parallel
OPAL {+0}> * Z(T)DIM is parallel
Ippl{+0}> ======UniformCartesian<3,MFLOAT>==begin======
Ippl{+0}> gridSizes[0] = 33
Ippl{+0}> gridSizes[1] = 33
Ippl{+0}> gridSizes[2] = 2049
Ippl{+0}> origin = ( -0.00712132 , -0.00897451 , -0.00339422 )
Ippl{+0}> meshSpacing[0] = 0.000452483
Ippl{+0}> meshSpacing[1] = 0.000618651
Ippl{+0}> meshSpacing[2] = 0.00016344
Ippl{+0}> Dvc[0] = ( -552.506 , -404.105 , -1529.61 )
Ippl{+0}> Dvc[1] = ( 552.506 , -404.105 , -1529.61 )
Ippl{+0}> Dvc[2] = ( -552.506 , 404.105 , -1529.61 )
Ippl{+0}> Dvc[3] = ( 552.506 , 404.105 , -1529.61 )
Ippl{+0}> Dvc[4] = ( -552.506 , -404.105 , 1529.61 )
Ippl{+0}> Dvc[5] = ( 552.506 , -404.105 , 1529.61 )
Ippl{+0}> Dvc[6] = ( -552.506 , 404.105 , 1529.61 )
Ippl{+0}> Dvc[7] = ( 552.506 , 404.105 , 1529.61 )
Ippl{+0}> cell volume = 4.57517e-11
Ippl{+0}> ======UniformCartesian<3,MFLOAT>==end========
Ippl{+0}>
Ippl{+0}> ParticleSpatialLayout, with particle distribution:
Ippl{+0}> Number of particles 9303 Number of particles 9160 Number of
particles 5002 Number of particles 4905 Number of particles 6932 Number of
particles 7054 Number of particles 3864 Number of particles 3781
Ippl{+0}> SpatialLayout decomposition = Total Domain =
{[-0.00712132,0.00735815),[-0.00897451,0.0108223),[-0.00339422,0.331331)}
Ippl{+0}> Local Rnodes = 1
Ippl{+0}> rnode 0 :
{[-0.00712132,0.000118412),[-0.00897451,0.00092391),[-0.00339422,0.163969)}
Ippl{+0}> Remote Rnodes = 7
Ippl{+0}> rnode 0 :
{[-0.00712132,0.000118412),[0.00092391,0.0108223),[-0.00339422,0.163969)}
Ippl{+0}> rnode 1 :
{[0.000118412,0.00735815),[-0.00897451,0.00092391),[-0.00339422,0.163969)}
Ippl{+0}> rnode 2 :
{[0.000118412,0.00735815),[0.00092391,0.0108223),[-0.00339422,0.163969)}
Ippl{+0}> rnode 3 :
{[-0.00712132,0.000118412),[-0.00897451,0.00092391),[0.163969,0.331331)}
Ippl{+0}> rnode 4 :
{[-0.00712132,0.000118412),[0.00092391,0.0108223),[0.163969,0.331331)}
Ippl{+0}> rnode 5 :
{[0.000118412,0.00735815),[-0.00897451,0.00092391),[0.163969,0.331331)}
Ippl{+0}> rnode 6 :
{[0.000118412,0.00735815),[0.00092391,0.0108223),[0.163969,0.331331)}
Ippl{+0}> Internal FieldLayout = Domain = {[0:31:1],[0:31:1],[0:2047:1]}
Ippl{+0}> FieldLayoutUsers = 3
Ippl{+0}> Total number of vnodes = 8
Ippl{+0}> Local Vnodes = 1
Ippl{+0}> vnode 0: Node = 0 ; vnode_m = 0 ; Domain =
{[0:15:1],[0:15:1],[0:1023:1]}
Ippl{+0}> Remote Vnodes = 7
Ippl{+0}> vnode 0 : Node = 2 ; vnode_m = 2 ; Domain =
{[0:15:1],[16:31:1],[0:1023:1]}
Ippl{+0}> vnode 1 : Node = 4 ; vnode_m = 4 ; Domain =
{[16:31:1],[0:15:1],[0:1023:1]}
Ippl{+0}> vnode 2 : Node = 6 ; vnode_m = 6 ; Domain =
{[16:31:1],[16:31:1],[0:1023:1]}
Ippl{+0}> vnode 3 : Node = 1 ; vnode_m = 1 ; Domain =
{[0:15:1],[0:15:1],[1024:2047:1]}
Ippl{+0}> vnode 4 : Node = 3 ; vnode_m = 3 ; Domain =
{[0:15:1],[16:31:1],[1024:2047:1]}
Ippl{+0}> vnode 5 : Node = 5 ; vnode_m = 5 ; Domain =
{[16:31:1],[0:15:1],[1024:2047:1]}
Ippl{+0}> vnode 6 : Node = 7 ; vnode_m = 7 ; Domain =
{[16:31:1],[16:31:1],[1024:2047:1]}
Ippl{+0}>
OPAL {+0}>
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 1.85735e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00713191 , 0.010513 , 0.33125 ) [m]
OPAL {+0}> * rmin= ( -0.00689508 , -0.00866518 , -0.0033125 ) [m]
OPAL {+0}> * rms beam size= ( 0.00120963 , 0.00256648 , 0.0947017 ) [m]
OPAL {+0}> * rms momenta= ( 2.93579e-05 , 2.98691e-05 , 7.87843e-08 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.163579 ) [m]
OPAL {+0}> * mean momenta= ( 1.0715e-06 , 8.18541e-07 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13345e-06 , 1.14852e-06 , 2.97166e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.598198 , -0.926553 , 0.000526253 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000452483 , 0.000618651 , 0.00016344 ) [m]
OPAL {+0}> * spos= 0.164052 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> Phase space dump frequency 1 and statistics dump frequency 10
w.r.t. the time step.
OPAL {+0}> totalParticle_i= 50001
OPAL {+0}> Track start at: 13.28.03, t= 0; zstop at: 1.53 [m]
OPAL {+0}> Executing ParallelTTracker, initial DT 1e-09 [s];
OPAL {+0}> max integration steps 100001, step= 1, Nplocal= 9303
OPAL {+0}>
OPAL {+0}> --- BEGIN FIELD LIST
---------------------------------------------------------------
OPAL {+0}>
OPAL {+0}> --- 0.824687 m -- 0.970991 m -- alpha = 0 -- beta = 0
------------------------------
OPAL {+0}> Q1
OPAL {+0}> --- 0.987907 m -- 1.15961 m -- alpha = 0 -- beta = 0
-------------------------------
OPAL {+0}> Q2
OPAL {+0}> --- 1.35559 m -- 1.52729 m -- alpha = 0 -- beta = 0
--------------------------------
OPAL {+0}> Q3
OPAL {+0}>
OPAL {+0}> --- END FIELD LIST
-----------------------------------------------------------------
OPAL {+0}>
ParallelTTrackDebug {+7}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+1}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+2}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+3}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+4}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+5}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+6}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
ParallelTTrackDebug {+0}> rmax1= ( 0.00700091 , 0.010322 , 0.32797 ) rmin= (
-0.00676286 , -0.00847264 , -8.04711e-08 )
OPAL {+0}> Emission done. Switching back to track timestep: 1e-09
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.10 Step 1 at 0.171151 [m] t= 1e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 1.89556e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00714328 , 0.0105083 , 0.338774 ) [m]
OPAL {+0}> * rmin= ( -0.00688449 , -0.00864797 , 0.00421197 ) [m]
OPAL {+0}> * rms beam size= ( 0.00120439 , 0.00255819 , 0.0947017 ) [m]
OPAL {+0}> * rms momenta= ( 2.93284e-05 , 2.98114e-05 , 8.0405e-08 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.171104 ) [m]
OPAL {+0}> * mean momenta= ( -3.70646e-14 , -2.53474e-13 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13353e-06 , 1.14744e-06 , 3.01711e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.592315 , -0.925904 , 0.101568 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000452509 , 0.000617943 , 0.00016344 ) [m]
OPAL {+0}> * spos= 0.171151 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.18 Step 2 at 0.178675 [m] t= 2e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 2.00264e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00714801 , 0.0105066 , 0.346299 ) [m]
OPAL {+0}> * rmin= ( -0.00686713 , -0.0086335 , 0.0117365 ) [m]
OPAL {+0}> * rms beam size= ( 0.00119921 , 0.00254992 , 0.0947017 ) [m]
OPAL {+0}> * rms momenta= ( 2.92993e-05 , 2.97536e-05 , 8.4947e-08 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.178628 ) [m]
OPAL {+0}> * mean momenta= ( -7.48175e-14 , -5.03331e-13 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13363e-06 , 1.14638e-06 , 3.14452e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.586347 , -0.925246 , 0.191963 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000452101 , 0.000617422 , 0.00016344 ) [m]
OPAL {+0}> * spos= 0.178675 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.26 Step 3 at 0.1862 [m] t= 3e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 2.16953e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00715277 , 0.0105049 , 0.353824 ) [m]
OPAL {+0}> * rmin= ( -0.00684977 , -0.00861904 , 0.019261 ) [m]
OPAL {+0}> * rms beam size= ( 0.00119409 , 0.00254168 , 0.0947017 ) [m]
OPAL {+0}> * rms momenta= ( 2.92705e-05 , 2.96956e-05 , 9.2026e-08 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.186153 ) [m]
OPAL {+0}> * mean momenta= ( -1.13148e-13 , -7.49959e-13 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13374e-06 , 1.14532e-06 , 3.34632e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.580291 , -0.924581 , 0.26574 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000451695 , 0.000616903 , 0.00016344 ) [m]
OPAL {+0}> * spos= 0.1862 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.34 Step 4 at 0.193725 [m] t= 4e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 2.38309e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00715754 , 0.0105033 , 0.361348 ) [m]
OPAL {+0}> * rmin= ( -0.00683244 , -0.0086046 , 0.0267854 ) [m]
OPAL {+0}> * rms beam size= ( 0.00118903 , 0.00253347 , 0.0947018 ) [m]
OPAL {+0}> * rms momenta= ( 2.9242e-05 , 2.96375e-05 , 1.01085e-07 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.193678 ) [m]
OPAL {+0}> * mean momenta= ( -1.51936e-13 , -9.94234e-13 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13385e-06 , 1.14426e-06 , 3.60894e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.574146 , -0.923907 , 0.322615 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.00045129 , 0.000616384 , 0.000163441 ) [m]
OPAL {+0}> * spos= 0.193725 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.42 Step 5 at 0.201249 [m] t= 5e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 2.6329e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00716233 , 0.0105017 , 0.368873 ) [m]
OPAL {+0}> * rmin= ( -0.00681512 , -0.00859017 , 0.0343099 ) [m]
OPAL {+0}> * rms beam size= ( 0.00118403 , 0.00252527 , 0.0947018 ) [m]
OPAL {+0}> * rms momenta= ( 2.9214e-05 , 2.95792e-05 , 1.11681e-07 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.201202 ) [m]
OPAL {+0}> * mean momenta= ( -1.91053e-13 , -1.23738e-12 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.13397e-06 , 1.1432e-06 , 3.92169e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.567912 , -0.923224 , 0.365111 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000450885 , 0.000615866 , 0.000163441 ) [m]
OPAL {+0}> * spos= 0.201249 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
OPAL {+0}> * Deleted 0 particles, remaining 50001particles
OPAL {+0}> 13.28.51 Step 6 at 0.208774 [m] t= 6e-09 [s] E=0.296 [MeV]
OPAL {+0}> * Wrote beam phase space.
OPAL {+0}> * ************** B U N C H
*********************************************************
OPAL {+0}> * NP= 50001 Qtot= 0.0252819 [nC] Qi= 5.05627e-16 [C]
OPAL {+0}> * Ekin= 0.296 [MeV] dEkin= 2.90969e-06 [MeV]
OPAL {+0}> * rmax= ( 0.00716713 , 0.0105001 , 0.376398 ) [m]
OPAL {+0}> * rmin= ( -0.00679782 , -0.00857577 , 0.0418343 ) [m]
OPAL {+0}> * rms beam size= ( 0.00117908 , 0.0025171 , 0.0947018 ) [m]
OPAL {+0}> * rms momenta= ( 2.91862e-05 , 2.95208e-05 , 1.23422e-07 ) [beta
gamma]
OPAL {+0}> * mean beam size= ( -2.76717e-05 , -2.60189e-05 , 0.208727 ) [m]
OPAL {+0}> * mean momenta= ( -2.30359e-13 , -1.48027e-12 , 0.0251072 ) [beta
gamma]
OPAL {+0}> * rms emmitance= ( 1.1341e-06 , 1.14215e-06 , 4.27357e-07 ) (not
normalized)
OPAL {+0}> * rms correlation= ( -0.561587 , -0.922533 , 0.396597 )
OPAL {+0}> * dh= 0.01 [m] dT= 1e-09 [s]
OPAL {+0}> * hr= ( 0.000450482 , 0.000615349 , 0.000163441 ) [m]
OPAL {+0}> * spos= 0.208774 [m]
OPAL {+0}> *
**********************************************************************************

OPAL {+0}>
8 total processes killed (some possibly by mpirun during cleanup)



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