999100000
       999
         6
         3         3         3         3         3         3
         16
///' +',68('-'),'+'
' |',T71,'|'
' | ',@@A@@,4X,T71,'|'
' |',T71,'|'
' | ',@@A@@,4X,T71,'|'
' | ',@@A@@,4X,T71,'|'
' |',T27,'Executable Attributes',T71,'|'
' | ',@@A@@,4X,T71,'|'
' | ',@@A@@,4X,T71,'|'
' |',T71,'|'
' | ',@@A@@,4X,T71,'|'
' |',T71,'|'
' | All rights reserved. Unauthorized use, distribution or duplication',T71,'|'
' | is prohibited. This product is subject to U.S. laws governing',T71,'|'
' | export and re-export. For full Legal Notice, see documentation.',T71,'|'
' +',68('-'),'+'///
999100001
       999 
         1
         3
         10
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The Second Order Backward Euler transient scheme is not supported', T71,'|'
' | for the continuity equation in domains with mesh deformation. ', T71,'|'
' | This simulation will continue using a First Order scheme for the', T71,'|'
' | continuity equation in the domain: ', T71,'|'
' |    ',@@A@@, T71,'|'
' +',68('-'),'+'
999100002
       999 
         0
         9
' '
' Equations are given two labels: the individual name and a combined '
' name used for combining residuals together.  Residuals for multidomain '
' problems are combined provided the domains are connected together and '
' have the same domain type (solid or fluid/porous).  If there are '
' multiple groups of the same domain type, then the group residual is '
' identified by the name of the first domain in the connected group. '
' '
' The individual and combined equation names are given below.'
999100003
       999 
         2
         3  1
         2
1X,T60,11('-')
1X,@@A@@,' Imbalance :',T60,@@1PE11.4@@
999100004
       999 
         3
         1  1  1
         5
1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' |  Please examine the mesh near the user point:', T71,'|'
' |  (x,y,z) = (',@@1PE16.8@@,',',@@1PE16.8@@,',',@@1PE16.8@@,')',T71,'|' 
1X,'+',68('-'),'+'
999100005
       999
         3
         3         3         1
        15
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Different convergence criteria values have been specified for ', T71,'|'
' | the subsystem classes in the subsystem group ', T71,'|'
' |',T71,'|'
' |    ',@@A@@, T71,'|'
' |',T71,'|'
' | Therefore, the minimum value of ', T71,'|'
' |',T71,'|'
' |    ',@@A@@,' = ',@@1PE11.4@@, T71,'|'
' |',T71,'|'
' | will be used for this subsystem group.', T71,'|'
' +',68('-'),'+'
999100006
       999
         6
         3         1         1         3         3         3
        10
1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' |  A wall has been placed at portion(s) of an ',@@A@@, T71,'|'
' |  boundary condition (at ',@@F5.1@@,'% of the faces, ',@@F5.1@@,'% of the area)', T71,'|'
' |  to prevent fluid from flowing ',@@A@@,' the domain.', T71,'|'
' |  The boundary condition name is: ',@@A@@,'.' , T71,'|'
' |  The fluid name is: ',@@A@@,'.' , T71,'|'
' |  If this situation persists, consider switching', T71,'|'
' |  to an Opening type boundary condition instead.', T71,'|'
1X,'+',68('-'),'+'
999100007
       999
         1
         2
         6
' '
1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' | A steady state to transient restart was detected.  This transient',T71,'|'
' | calculation will run for ',@@I5@@,' time steps.', T71,'|'
1X,'+',68('-'),'+'
999100008
       999 
         3
         2         1         2
         2
/,T2,'Multigrid level =',@@I2@@,'. Work units so far =', \
@@F5.1@@,'  Apply',@@I5@@,' sweep ILU.'
999100009
       999 
         2
         2         1
         2
/,T2,'Multigrid level =',@@I2@@,'. Work units so far =', \
@@F5.1@@,'  Apply direct solver.'
999100010
       999 
         2
         2         2
         2
/,' Maximum available number of memory partitions: ',@@I10@@
' Current number of memory partitions used:      ',@@I10@@,//
999100011
       999 
         5
         3         2         2         2         2
         6
/,' ',@@A@@,' Global Workspace Summary: '
' ',54('-'),
'   Maximum available space:           ',@@I10@@,' words.'
'   Current used space:                ',@@I10@@,' words.'
'   Current free space:                ',@@I10@@,' words.'
'   Peak used space:                   ',@@I10@@,' words.'
999100012
       999 
         4
         2         2         2         2
         4
'   Current # partitions (used+free):  ',@@I10@@
'   Current # used partitions:         ',@@I10@@
'   Current # free partitions:         ',@@I10@@
'   Current largest free partition:    ',@@I10@@,' words.',/
999100013
       999 
         6
         2         1         2         1         2         1
         3
T2,'Actual solver real words used =',@@I7@@,'   per node =',@@F5.1@@
T2,'Actual solver int. words used =',@@I7@@,'   per node =',@@F5.1@@
T2,'Actual solver D.P. words used =',@@I7@@,'   per node =',@@F5.1@@
999100015
       999 
         0
         1
/T4,'Crs Level   # Elems    Avg Nbrs    Avg Crs Rate   Tot Crs Rate'
999100016
       999 
         0
         1
/T4,'MG Level    # Nodes   Avg # Nbrs   Avg Block Size   # NLE'
999100017
       999 
         1
         2
         1
/T2,'Total number of coarse grid nodes =',@@I7@@
999100018
       999 
         0
         2
//,1X,'+',68('-'),'+',/,' |',T26,'Convergence History', \
T71,'|',/,1X,'+',68('-'),'+'
999100019
       999 
         2
         2         1
         2
/1X,70('=')
' OUTER LOOP ITERATION =',@@I5@@,T49,'CPU SECONDS = ',@@1PE9.3@@
999100020 
       999
         3
         2         1         1
         3
/1X,70('=')
' TIME STEP =',@@I6@@,' SIMULATION TIME = ',@@1PE10.4@@, \
T49,'CPU SECONDS = ',@@1PE9.3@@
999100022 
       999
         2
         2         1
         3
1X,70('-')
' COEFFICIENT LOOP ITERATION =',@@I5@@, \
T49,'CPU SECONDS = ',@@1PE9.3@@
999100023 
       999
         0
         4
1X,70('-'),/,' |       Equation       | Rate | RMS Res | Max Res |', \
'  Linear Solution |'
' +----------------------+------+---------+---------+', \
'------------------+'
999100025 
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',9X,'List of Solver Parameters Used In This Calculation',8X,' |'
1X,'+',68('-'),'+'
999100026 
       999
         1
         3
         3
//,' Execution terminating: '
' all ',@@A@@
' are below their target criteria.'
999100027 
       999
         0
         2
//,' Execution terminating: maximum number of time-step iterations,'
   ' or maximum time has been reached.'
999100028 
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',24X,'Memory Diagnostics',26X,'|'
1X,'+',68('-'),'+'
999100029 
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',26X,'Job Information',27X,'|'
1X,'+',68('-'),'+'
999100030
       999
         2
         3         3
         1
/,' Host computer:  ',@@A@@,' (',@@A@@,')'
999100031
       999
         1
         3
         1
/,' Job started:    ',@@A@@
999100032
       999
         1
         3
         1
/,' Job finished:   ',@@A@@
999100033
       999
         5
         1         2         2         2         1
         5
' Total CPU time:',@@1PE10.3@@,' seconds'
T14,'or: (',T20,@@I10@@,T30,':',@@I10@@,T41,':',@@I10@@,T52,':', \
@@0PF10.3@@,' )'
T14,'    (',T20,'      Days:     Hours:   Minutes:', \
'   Seconds )'/
999100034
       999
         0
         1
/T2,'Target reductions met in solver.'
999100035
       999
         1
         3
         1
/T2,'Zero initial ',@@A@@,' residuals, so terminating.'
999100036
       999
         0
         1
/,T2,'Residual reductions:'
999100037
       999
         0
         3
/,' Subsystem Name',T34,'Discretization', T55,'Linear Solution'
T33,'(secs.   %total)', T54,'(secs.   %total) '
1X,70('-')
999100038
       999
         5
         3         1         1         1         1
         1
1X,@@A@@,T32,@@1PE9.2@@,@@0PF6.1@@,' %',T53,@@1PE9.2@@,@@0PF6.1@@,' %'
999100039
       999
         5
         3         1         1         1         1
         2
32X,8('-'),1X,7('-'),5X,8('-'),2X,6('-')
1X,@@A@@,T32,@@1PE9.2@@,@@0PF6.1@@,' %',T53,@@1PE9.2@@,@@0PF6.1@@,' %'/
999100040
       999
         0
        10
//,1X,'+',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' | The Wall Heat Transfer Coefficient written to the results file for',T71,'|'
' | any turbulent phase with heat transfer is based on the turbulent',T71,'|'
' | wall function coefficient. It is consistent with the Wall Heat Flux,',T71,'|'
' | the wall temperature, and the Wall Adjacent Temperature',T71,'|'
' | (near-wall temperature).  If you would like it to be based on a',T71,'|'
' | user-specified bulk temperature instead, please set the expert',T71,'|'
' | parameter "tbulk for htc = <value>".',T71,'|'
1X,'+',68('-'),'+'
999100041
       999
         0
         9
//,1X,'+',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' | The Wall Heat Transfer Coefficient written to the results file for',T71,'|'
' | any laminar phase with heat transfer is based on the Wall Heat Flux,',T71,'|'
' | the wall temperature, and the Wall Adjacent Temperature',T71,'|'
' | (near-wall temperature).  If you would like it to be based on a',T71,'|'
' | user-specified bulk temperature instead, please set the expert',T71,'|'
' | parameter "tbulk for htc = <value>".',T71,'|'
1X,'+',68('-'),'+'
999100042
       999
         0
         7
//,1X,'+',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' | The Wall Heat Transfer Coefficient written to the results file',T71,'|'
' | is based on the Wall Heat Flux, the wall temperature, and the',T71,'|'
' | Wall Adjacent Temperature (specified with the expert parameter',T71,'|'
' | "tbulk for htc").',T71,'|'
1X,'+',68('-'),'+'
999100043
       999
         4
         3       2        1        1
         1
1X,@@A49@@,1X,@@I2@@,@@1PE10.2@@,1X,@@0PF5.1@@,1X,'%'
999100044
       999
         5
         1         2         2         2         1
         5
/,' Total wall clock time:',@@1PE10.3@@,' seconds'
T14,'or: (',T20,@@I10@@,T30,':',@@I10@@,T41,':',@@I10@@,T52,':', \
@@0PF10.3@@,' )'
T14,'    (',T20,'      Days:     Hours:   Minutes:', \
'   Seconds )'/
999100045
       999 
         2
         3         1
         1
1X,@@A@@,T60,@@1PE11.4@@
999100046
       999
         5
         2         2         1         1        1        
         1
T4,2X,@@I3@@,3X,@@I11@@,5X,@@F5.1@@,8X,@@F5.1@@,10X,@@F5.1@@
999100047
       999
         5
         2         2         1         1        2
         1
T4,2X,@@I3@@,3X,@@I11@@,4X,@@F5.1@@,10X,@@F5.1@@,9X,@@I5@@
999100048
       999 
         6
         3         1         1         1         1         3
         2
' | ',@@A@@,T25,'|',@@F5.2@@,' | ',@@1PE7.1@@,' | ',@@1PE7.1@@,' |', \
5X,2X,@@1PE7.1@@,2X,@@A2@@,T71,'|'
999100049
       999 
         7
         3         1         1         1         1         1         3
         2
' | ',@@A@@,T25,'|',@@F5.2@@,' | ',@@1PE7.1@@,' | ',@@1PE7.1@@,' |', \
@@0PF5.1@@,2X,@@1PE7.1@@,2X,@@A2@@,T71,'|' 
999100050
       999 
         0
         2
' +----------------------+------+---------+---------+', \
'------------------+'
999100051
       999
         0
         3
/,' Domain Name',T34,'Tree Setup', T55,'Interpolation'
T33,'(secs.   %total)', T54,'(secs.   %total) '
1X,70('-')
999100052
       999
         0
         3
/,1X,'Interpolation Step',T34,'Time', T42, 'Percentage'
T33,'(secs.   %total)'
1X,70('-')
999100053
       999 
         2
         3  1
         1
/,1X,@@A@@,' Imbalance, in %:',T60,@@F9.4@@,' %'
999100056
       999 
         2
         3         1
         1
5X,@@A54@@,T60,'=',@@1PE11.4@@
999100058
       999
         2
         3         3
         2
//,' Execution terminating: ',@@A@@
@@A@@,//
999100064
       999 
         6
         1 1 1 1 1 1
         1
@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@
999100065
       999 
         4
         1         1         1         1
         1
@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@,@@1PE10.2@@
999100066
       999 
         1
         1
         1
@@1PE10.2@@,/
999100069
       999 
         5
         3         1         1         1         1
         2
T2,@@A7@@,' RMS:',T14,@@1PE9.2@@,1X,@@1PE9.2@@,1X,@@1PE9.2@@, \
1X,@@1PE9.2@@
999100070
       999 
         2
         3         1
         1
T2,@@A7@@,' RMS:',T14,@@1PE9.2@@
999100071
       999 
         2
         2         1
         1
/,' OUTER LOOP ITERATION =',@@I5@@,T49,'CPU SECONDS = ',@@1PE9.3@@
999100072 
       999
         3
         2         1         1
         2
/,' TIME STEP =',@@I6@@,' SIMULATION TIME = ',@@1PE10.4@@, \
T49,'CPU SECONDS = ',@@1PE9.3@@
999100073
       999 
         7
         3 1 1 1 1 1 1
         2
T2,@@A7@@,' RMS:',T14,@@1PE9.2@@,1X,@@1PE9.2@@,1X,@@1PE9.2@@, \
1X,@@1PE9.2@@,1X,@@1PE9.2@@,1X,@@1PE9.2@@
999100074
       999 
         1
         2
         1
'     Max Loc:',T14,@@I9@@
999100075
       999 
         4
         2  2  2  2
         1
'     Max Loc:',T14,@@I9@@,1X,@@I9@@,1X,@@I9@@,1X,@@I9@@
999100076
       999 
         6
         2  2  2  2  2  2
         1
'     Max Loc:',T14,@@I9@@,1X,@@I9@@,1X,@@I9@@,1X,@@I9@@,1X,@@I9@@,1X,@@I9@@
999100084
       999 
         0
         17
' +',68('-'),'+'
' |                       ****** WARNING ******                        ', T71,'|'
' |                                                                    ', T71,'|'
' | The option Auto Timescale has been specified in multiple coupled   ', T71,'|'
' | fluid domains. The Auto Timescale option calculates a single       ', T71,'|'
' | timescale value for a coupled group of fluid domains based on      ', T71,'|'
' | length and velocity scales from all domains in the group.          ', T71,'|'
' |                                                                    ', T71,'|'
' | The parameters controlling auto timescale calculation will be      ', T71,'|'
' | obtained from the first domain using the Auto Timescale option.    ', T71,'|'
' | Any auto timescale control parameters specified in other domains   ', T71,'|'
' | will be ignored.                                                   ', T71,'|'
' |                                                                    ', T71,'|'
' +',68('-'),'+'
' | Equation          | Using parameters    | Ignoring parameters      ', T71,'|'
' |                   |   from domain       |    from domain(s)        ', T71,'|'
' +-------------------+---------------------+--------------------------+'
999100085
       999 
         3
         3         3         3
         1
' |',T4,@@A@@,T22,'| ',@@A@@,T44,'| ',@@A@@,T71,'|'
999100086
       999 
         0
         1
' +-------------------+---------------------+--------------------------+'
999100087
       999 
         4
         2         2         1         1
         3
/1X,70('=')
' OUTER LOOP ITERATION =',@@I5@@,' (',@@I5@@,')', \
T38,'CPU SECONDS = ',@@1PE9.3@@,' (',@@1PE9.3@@,')'
999100088
       999
         6
         2         1         1         2         1         1
         5
/1X,70('=')
' TIME STEP =',@@I6@@,' SIMULATION TIME = ',@@1PE10.4@@, \
T49,'CPU SECONDS = ',@@1PE9.3@@
' (THIS RUN: ',@@I6@@,'                   ',@@1PE10.4@@, \
T49,'              ',@@1PE9.3@@,')'
999100089
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',8X,'Memory Allocated for Run  (Actual usage may be less)',T71,'|'
1X,'+',68('-'),'+'
999100090
       999
        0
        2
/,1X,'          | Real       | Integer    | Character | Logical  | Double'
1X,'----------+------------+------------+-----------+----------+----------'
999100091
       999
        0
        2
/,2X,'Data Type',T18,'Mwords',T26,'Words/Node',T38,'Words/Elem',T54,'Mbytes',T61,'Bytes/Node'
' '
999100092
       999
        6
        3	1	1	1	1       1
        1
2X,@@A@@,T14,@@F10.2@@,T25,@@F11.2@@,T37,@@F11.2@@,T49,@@F11.2@@,T60,@@F11.2@@
999100093
       999
         0
         5
/,\
1X,'+',30('-'),'+',6('-'),'+',8('-'),'+',10('-'),'+',10('-'),'+'
' | Host',T33,'| Mesh |  PID   |     Job Started     |'
' |',T33,'| Part |        | DD/MM/YY | hh:mm:ss |'
1X,'+',30('-'),'+',6('-'),'+',8('-'),'+',10('-'),'+',10('-'),'+'
999100094
       999
         5
         3         2         2         3         3
         2
1X,'| ',@@A@@,T33,'|',@@I5@@,T40,'|',@@I7@@,T49,'| ',@@A@@,\
T60,'| ',@@A@@,T71,'|'
999100095
       999
         0
         1
1X,'+',30('-'),'+',6('-'),'+',8('-'),'+',10('-'),'+',10('-'),'+'
999100096
       999
         0
         5
/,\
1X,'+',27('-'),'+',6('-'),'+',10('-'),'+',10('-'),'+',11('-'),'+'
' | Host',T30,'| Mesh |     Job Finished    |    CPU    |'
' |',T30,'| Part | DD/MM/YY | hh:mm:ss |  seconds  |'
1X,'+',27('-'),'+',6('-'),'+',10('-'),'+',10('-'),'+',11('-'),'+'
999100097
       999
         5
         3         2         3         3         1
         2
1X,'| ',@@A@@,T30,'|',@@I5@@,T37,'| ',@@A@@,T48,'| ',@@A@@,\
T59,'|',@@1PE10.3@@,T71,'|'
999100098
       999
         0
         1
1X,'+',27('-'),'+',6('-'),'+',10('-'),'+',10('-'),'+',11('-'),'+'
999100100
       999 
         0
         6
//,1X,'+',68('-'),'+'
' |',T22,'Locations of Maximum Residuals',T71,'|'
' +',68('-'),'+'
' |',T10,'Equation',T25,'|  Node #',T35,'|     X',T47,'|     Y',T59,\
'|     Z',T71,'|'
' +',68('-'),'+'
999100101
       999 
         5
         3         2         1         1         1
         2
1X,'| ',@@A@@,T25,'|',@@I8@@,T35,'|',@@1PE10.3@@,T47,'|',@@1PE10.3@@,T59,\
'|',@@1PE10.3@@,T71,'|'
999100102
       999 
         0
         4
//,1X,'+',68('-'),'+',/,' |',T20,'y+ information (min, max, average)', \
T71,'|',/,1X,'+',68('-'),'+'
1X,'|      Boundary Patch Name',T35,'|  min y+',T47,'|  max y+',T59,\
'|  avg y+',T71,'|',/,1X,'+',68('-'),'+'
999100103
       999 
         4
         3         1         1         1
         2
1X,'|',@@A@@,T35,'| ',@@1PE9.2@@,T47,'| ',@@1PE9.2@@,T59,'| ',\
@@1PE9.2@@,T71,'|'
999100104
       999 
         0
         1
1X,'+',68('-'),'+'
999100105
       999
         0
         2
///' +',68('-'),'+'
' |',T71,'|'
999100106
       999 
         0
         5
//,1X,'+',68('-'),'+'
' |',T23,'Peak Values of RMS Residuals',T71,'|'
' +',68('-'),'+'
' |',T10,'Equation',T25,'|   Loop #',T37,'|  Peak Residual',T54,'| Final Residual',T71,'|'
' +',68('-'),'+'
999100107
       999 
         4
         3         2         1         1
         2
1X,'| ',@@A@@,T25,'|',@@I9@@,T37,'|  ',@@1PE12.5@@,T54, \
'|  ',@@1PE12.5@@,T71,'|'
999100108
       999
         1
         3
         1
/,' Run mode:       ',@@A@@
999100109
       999
         8
         3  1  3  2  2  1  1  1
         7
/1X,'Domain Group: ',@@A@@
 1X,' '
 T4,'Pressure has not been set at any boundary conditions.'
 T4,'The pressure will be set to ',@@1PE12.5@@,' at the following location:'
 T4,'Domain      : ',@@A@@
 T4,'Node        :',@@I9@@,' (equation ',@@I9@@,')'
 T4,'Coordinates : (',@@1PE12.5@@,',',@@1PE12.5@@,',',@@1PE12.5@@,').'
999100110
       999 
         2
         3         3
         2
'                   '
' ',@@A@@,' ',@@A@@
999100111
       999 
         1
         3
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | Parallel Run Mode:',1X,@@A@@,                                 T71,'|'
' | is enabled as a deprecated feature in this release.',         T71,'|'
' | The use of an alternative start method is recommended.',      T71,'|'
1X,'+',68('-'),'+'
999100112
       999
         1
         3
         1
' | ',@@A@@,T71,'|'
999100113
       999
         0
         1
' | ',T71,'|'
999100114
       999
         0
         5
' |',T71,'|'
' | All rights reserved. Unauthorized use, distribution or duplication',T71,'|'
' | is prohibited. This product is subject to U.S. laws governing',T71,'|'
' | export and re-export. For full Legal Notice, see documentation.',T71,'|'
' +',68('-'),'+'///
999100116
       999 
         0
         4
//,1X,'+',68('-'),'+'
1X,'|',22X,'Pressure Force On Walls',23X,'|'
1X,'+',68('-'),'+'
T34,3X,'X-Comp.      Y-Comp.      Z-Comp.'
999100117
       999 
         0
         4
//,1X,'+',68('-'),'+'
1X,'|',23X,'Viscous Force On Walls',23X,'|'
1X,'+',68('-'),'+'
T34,3X,'X-Comp.      Y-Comp.      Z-Comp.'
999100118
       999
         4
         3         1         1         1
         1
1X,@@A33@@,T34,@@1PE11.4@@,2X,@@1PE11.4@@,2X,@@1PE11.4@@,2X
999100119
       999 
         0
         4
//,1X,'+',68('-'),'+'
1X,'|',22X,'Pressure Moment On Walls',22X,'|'
1X,'+',68('-'),'+'
T34,3X,'X-Comp.      Y-Comp.      Z-Comp.'
999100120
       999 
         1
         3
         4
//,1X,'+',68('-'),'+'
1X,'|',23X,'Viscous Moment On Walls',22X,'|'
1X,'+',68('-'),'+'
T34,3X,'X-Comp.      Y-Comp.      Z-Comp.'
999100121
       999 
         3
         1         1         1
         2
1X,T35,3(11('-'),2X)
1X,'Domain Group Totals :',T34,@@1PE11.4@@,2X,@@1PE11.4@@,2X,@@1PE11.4@@
999100132
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',29X,'Command File',27X,'|'
1X,'+',68('-'),'+',/
999100136
       999 
         4
         3         1         1         1         
         2
' | ',@@A@@,T25,'|',@@F5.2@@,' | ',@@1PE7.1@@,' | ',@@1PE7.1@@, \
' |                  |'
999100141
       999
         1
         3
         2
/,1X,'+',68('-'),'+',/,' |',@@A@@, \
T71,'|',/,1X,'+',68('-'),'+'
999100142
       999
         2
         3         3
         1
/,1X,'Domain Name : ',@@A@@
999100143
       999
         1
         3
         1
5X,@@A@@,T35
999100144
       999
         1
         3
         1
/,1X,70('='),/,2X,@@A@@,/,1X,70('=')
999100145
       999
         0
         3
1X,'+',68('-'),'+'
1X,'|      Variable Name      ',T47,'|    min',T59,'|    max', \
T71,'|',/,1X,'+',68('-'),'+'
999100146
       999
         3
         3         1         1
         1
1X,'| ',@@A@@,T47,'| ',@@1PE9.2@@,T59,'| ',@@1PE9.2@@,T71,'|'
999100147
       999 
         0
         5
/,1X,70('=')
' |',T24,'False Transient Information',T71,'|'
' +',68('-'),'+'
' |',T10,'Equation',T25,'|',T35,'Type',T49,'| Elapsed Pseudo-Time',T71,'|'
' +',68('-'),'+'
999100148
       999 
         3
         3         3         1
         1
1X,'| ',@@A@@,T25,'| ',@@A@@,T45,'|     ',@@1PE12.5@@,T71,'|'
999100149
       999
         2
         3         3
         1
/,1X,'Domain Interface Name : ',@@A@@
999100150
       999
         2
         3         2
         1
/,5X,@@A@@,T59,'= ',@@I11@@
999100151
       999
         2
         3         2
         1
9X,@@A@@,T59,'= ',@@I11@@
999100152
       999
         2
         3         1
         1
5X,@@A@@,T59,'= ',@@1PE11.2@@
999100153
       999
         1
         1
         3
1X,'+',68('-'),'+'
' | Notice: The maximum Mach number is ',@@1PE10.3@@,'.',     T71,'|'
1X,'+',68('-'),'+'
999100154 
       999
         3
         3 3 3
         4
'                                                                          '
' Notes:'
' 1. Pressure integrals ',@@A7@@,' the reference pressure.  To ',@@A7@@
'    it, set the expert parameter ''include pref in forces = ',@@A1@@,'''.'
999100155
       999
         2
         3         1
         1
5X,@@A@@,T59,'= ',@@F11.3@@
999100156
       999
         2
         3         1
         1
5X,@@A@@,T59,'= ',@@1PE11.2@@
999100157
       999
         2
         3         1
         1
5X,@@A@@,T59,'= ',@@1PE11.4@@
999100158
       999
         0
         1
1X,70('-')
999100159
         3
         4
         3         1         1         1
         6
'The determined pitch angles in the domain'
5X,@@A@@
'differ more than the allowed tolerance:'
5X,'First pitch angle:',T30,@@F8.3@@,' degrees'
5X,'Second pitch angle:',T30,@@F8.3@@,' degrees'
5X,'Allowed tolerance:',T30,@@F8.3@@,' degrees'
999100160
       999
         1
         3
         1
@@A@@
999100161
       999 
         1
         3
         5
/1X,'Domain Group: ',@@A@@
 1X,' '
 T4,'This is a transient run with at least one compressible fluid'
 T4,'and no boundary pressure set.  The pressure level is set'
 T4,'through the transient term in the continuity equation.'
999100162
       999
         2
         3         1
         1
5X,'Pitch angle for ',@@A@@,' [degrees]',T59,'= ',@@F11.3@@
999100163
         1
         4
         2        3        3         2
         4
'Requested stop iteration (',@@I5@@,') ignored for transient statistic: '
5X,@@A@@,'(',@@A@@,')'
'because it is less than the requested/default start iteration '
'(',@@I5@@,').'
999100165
       999 
         0
         7
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' | This is a multiphase simulation with a compressible phase.',T71,'|'
' | Total pressure (used for post-processing or if total pressure',T71,'|'
' | is specified at a boundary) is calculated assuming all phases',T71,'|'
' | are incompressible.',T71,'|'
1X,'+',68('-'),'+'
999100166
       999
         1
         1         
         1
1X,'CFD Solver wall clock seconds:',@@1PE11.4@@
999100167
       999 
         1
         1
         1
T41,' WALL CLOCK SECONDS = ',@@1PE9.3@@
999100168
         2
         2
         2        3
         3
' '
1X,@@I5@@,' isolated fluid regions were found in domain ',@@A@@
' '
999100169
         2
         1
         3
         1
1X,@@A@@
999100170
         2
         0
         17
' '
1X,'If the isolated regions do not have the pressure level set either'
1X,'by the boundary conditions or using a reference pressure equation,'
1X,'you may encounter severe robustness problems.'
1X,' '
1X,'This situation may have arisen because a domain interface was not'
1X,'properly defined during problem setup.  Please carefully check'
1X,'the setup.'
1X,' '
1X,'The solver will stop now and write a results file.  The isolated'
1X,'regions can be visualised in CFX Post by making plots of the '
1X,'variable "Isolated Volumes".'
1X,' '
1X,'If you are sure that the pressure level is set in each isolated'
1X,'fluid region then you can force the solver to turn off this check'
1X,'by setting the expert parameter "check isolated regions = f".'
' '
999100171
         2
         0
         2
' '
1X,'No isolated fluid regions were found.'
999100172
         2
         1
         2
         4
' '
1X,@@I5@@,' isolated fluid regions were found in the following set of'
1X,'coupled domains:'
' '
999100173 
       999
         0
         5
' '
' Execution terminating: coefficient loops failed to converge for'
' this timestep. This termination condition was activated by'
' setting the expert parameter: "require coefloop convergence = t".' 
' '
999100174
       999 
         1
         3
         1
' | ',@@A@@,T25,'| #Its | Vol Chg | Sur Chg | %Lost  %Imbal    |'
999100175
       999 
         4
         3  2  1  1
         2
' |   ',@@A@@,T25,'|',@@I5@@,' | ',@@1PE7.1@@,' | ',@@1PE7.1@@,\
' |                  |'
999100176
       999 
         6
         3  2  1  1  1  1
         2
' |   ',@@A@@,T25,'|',@@I5@@,' | ',@@1PE7.1@@,' | ',@@1PE7.1@@,' | ', \
@@F5.2@@,'  ',@@F6.2@@,'    |'
999100177
       999 
         1
         3
         1
' | ',@@A@@,T25,'|      | %SD Vol | %SD Sur | %Lost  %Imbal    |'
999100178
       999 
         5
         3  1  1  1  1
         2
' |   ',@@A@@,T25,'|      | ',@@1PE7.1@@,' | ',@@1PE7.1@@,' | ', \
@@F5.2@@,'  ',@@F6.2@@,'    |'
999100179
       999
         3
         3       1        1
         1
1X,@@A29@@,@@1PE10.2@@,2X,@@0PF5.1@@,' %'
999100180
       999
         1
         1
         1
1X,17X,14X,'--------',/,' Total',24X,@@1PE10.2@@
999100181
       999
         2
         3  3
         3
/' Domain name : ',@@A@@
/' MUSIG fluid : ',@@A@@
/T6,'Group',T18,'Polydispersed Fluid',T45,'Diameter',T60,'Mass'
999100182
       999
         4
         3  3  1  1
         1
 T6,@@A@@,T18,@@A@@,T42,@@1PE12.4@@,T55,@@1PE12.4@@
999100183
       999
         4
         3  1  1  1
         5
/1X,'Domain Group: ',@@A@@
 1X,' '
 T4,'Buoyancy has been activated.  The absolute pressure will include'
 T4,'hydrostatic pressure contribution, using the following reference'
 T4,'coordinates: (',@@1PE12.5@@,',',@@1PE12.5@@,',',@@1PE12.5@@,').'
999100184
       999
         1
         1
         5
 T6,' '
 T6,'Note that the diameters reported in this table have been'
 T6,'calculated using a reference density of ',@@1PE12.4@@,'.'
 T6,'The actual size group diameters used by the solver will vary'
 T6,'based on the size group mass and the local density.'
999100185
       999
         3
         3  1  1
         2
/1X,'Enthalpy per ',@@A@@,' of reaction at reference conditions'
 1X,'(Pressure=',@@1PE12.5@@,', Temperature=',@@1PE12.5@@,')'/
999100186
       999
         2
         3         1
         1
5X,@@A54@@,T59,'= ',@@1PE11.4@@
999100187
       999
         2
         3  3
         11
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The thermal energy model is being used in a rotating domain.', T71,'|'
' | Please be aware that this model does not include rotational ', T71,'|'
' | kinetic energy contributions.  Consider using the total     ', T71,'|'
' | energy equation instead.                                    ', T71,'|'
' |                                                             ', T71,'|'
' | Domain Name : ',@@A@@,                                         T71,'|'
' | Fluid Name  : ',@@A@@,                                         T71,'|'
' +',68('-'),'+'
999100188
       999
         0
         3
/1X,'Enthalpy equation assembly for secondary terms derived from multi-'
 1X,'component species transport.  Molecular and turbulent transport may'
 1X,'use either Unity Lewis Number (Le=1) assumption or generic assembly.'
999100189
       999 
         1
         3
         7
/1X,'Domain Group: ',@@A@@
 1X,' '
 T4,'This is a transient run with at least one compressible fluid'
 T4,'and no boundary pressure set.  The pressure level is set'
 T4,'through the transient term in the continuity equation.'
 T4,'To accelerate convergence, the pressure level will also be'
 T4,'shifted dynamically to satisfy global mass conservation.'
999100190
       999 
         5
         3         3         3         3         3
         6
' '
' ANSYS Multi-field Solver : ', @@A@@
'     CFX Boundary    : ', @@A@@
'     CFX Variable    : ', @@A@@
'     ANSYS Interface : ', @@A@@
'     ANSYS Variable  : ', @@A@@
999100191
       999 
         2
         3         3
        10
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The solver has attempted to define the following operator for ', T71,'|'
' | the noted variable more than once.  While this is uncommon, it ', T71,'|'
' | can occur with the use of transient statistics.', T71,'|'
' |', T71,'|'
' |    Operator: ',@@A@@, T71,'|'
' |    Variable: ',@@A@@, T71,'|'
' +',68('-'),'+'
999100192
       999 
         4
         3         3         3         3
        18
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Statistical Reynolds Stresses will be evaluated for the following', T71,'|' 
' | domain and fluid during this simulation:', T71,'|'
' |   Domain : ',@@A@@, T71,'|'
' |   Fluid  : ',@@A@@, T71,'|'
' |', T71,'|'
' | These stresses are derived using transient averages of the fluid', T71,'|'
' | velocity and velocity correlations.  In order to ensure the', T71,'|'
' | consistency of all statistics used in the stress calculation,', T71,'|'
' | the latest and earliest start and stop iterations respectively ', T71,'|'
' | specified for these statistics will be used.  Averaging of ', T71,'|'
' | statistics for Reynolds Stresses will use the following settings:', T71,'|'
' |    Start Iteration : ',@@A@@, T71,'|'
' |    Stop Iteration  : ',@@A@@, T71,'|'
' +',68('-'),'+'
999100193
       999 
         1
         3
         1
/1X,'Initial mass fractions for particle : ',@@A@@
999100194
       999
         5
         3         1         1         1         1
         4
/1X,'Volatiles material properties : ',@@A@@
5X,'Molar Mass [kg/kmol]',T59,'=',@@3PF12.3@@
5X,'Ref. Spec. Enthalpy (p=',@@1PE12.5@@,', T=',@@1PE12.5@@,')',\
T59,'= ',@@1PE11.4@@
999100195
       999 
         2
         3         3
         2
/1X,'Reaction (',@@A@@,') : ',@@A@@
3X,'Reactants:'
999100196 
       999
         1
         2
         2
1X,70('-')
' |                 COUPLING/STAGGER ITERATION =',@@I5@@,T71,'|'
999100197 
       999
         1
         3
         2
1X,70('-')
' | SOLVING : ',@@A@@,T71,'|'
999100198
       999 
         2
         3         2
         4
' '
' Connecting to the following master process: '
'     Host Name   : ', @@A@@
'     Port Number : ', @@I6@@
999100199
       999 
         0
         1
3X,'Products:'
999100200
       999 
         4
         3         3         3         2
        15
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Transient statistics have been requested for two variables that', T71,'|' 
' | have been linked together for solver efficiency (e.g. stationary', T71,'|' 
' | or relative frame values linked to frame independent values.)  ', T71,'|' 
' | For consistency, the start iteration for the variable that is', T71,'|' 
' | linked to will be used for both statistics. ', T71,'|' 
' | ', T71,'|' 
' |    Statistic requested : ',@@A@@, T71,'|'
' |    Variable            : ',@@A@@, T71,'|'
' |    Linked to variable  : ',@@A@@, T71,'|'
' |    Start iteration     : ',@@I10@@,T71,'|'
' +',68('-'),'+'
999100201
       999 
         4
         3         3         3         2
        15
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Transient statistics have been requested for two variables that', T71,'|' 
' | have been linked together for solver efficiency (e.g. stationary', T71,'|' 
' | or relative frame values linked to frame independent values.)  ', T71,'|' 
' | For consistency, the stop iteration for the variable that is', T71,'|' 
' | linked to will be used for both statistics. ', T71,'|' 
' | ', T71,'|' 
' |    Statistic requested : ',@@A@@, T71,'|'
' |    Variable            : ',@@A@@, T71,'|'
' |    Linked to variable  : ',@@A@@, T71,'|'
' |    Stop iteration      : ',@@I10@@,T71,'|'
' +',68('-'),'+'
999100202
       999 
         1
         3
         6
' '
' NOTE: A single boundary condition region with one or more ANSYS ' 
' Multi-field specifications has been found in the CFX setup. All'
' data transfer definition references to this (Default) region will'
' automatically be re-directed to the boundary condition region: '
'     ',@@A@@
999100203
       999 
         1
         3
         9
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' | This is a multiphase simulation with a compressible phase.',T71,'|'
' | Total pressure (used for post-processing or if total pressure',T71,'|'
' | is specified at a boundary) is calculated using the following',T71,'|'
' | continuous fluid: ',@@A@@,T71,'|'
' | The frozen assumption is used for all dispersed phases;',T71,'|'
' | ie, they do not contribute to the total pressure.',T71,'|'
1X,'+',68('-'),'+'
999100204
       999
         0
         3
' 2. These quantities are evaluated in a reference frame fixed to'
'    the initial domain orientation and are not rotated if the orientation'
'    changes (e.g. transient run or specified rotational offset).'
999100205 
       999
         1
         2
         3
/1X,70('=')
' |                    COUPLING STEP =',@@I5@@,T71,'|'
1X,70('=')
999100206
       999
         0
         2
/1X,'Stoichiometric mixture fraction (Zst) for fluids with mixture'
 1X,'fraction combustion models.'
999100207
       999
         2
         3         1
         1
5X,@@A54@@,T55,'Zst = ',@@1PE11.4@@
999100208
       999
         1
         3
         1
5X,@@A54@@,T55,'Zst = <unknown>'
999100209
       999
         0
        10
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The stoichiometric mixture fraction is unknown for a fluid with', T71,'|'
' | a mixture fraction combustion model.  The fuel/air equivalence', T71,'|'
' | ratio will not be available for this fluid.', T71,'|'
' | To make it available, define the ''Stoichiometric Mixture Fraction''', T71,'|'
' | for the corresponding Flamelet library reaction.', T71,'|'
' +',68('-'),'+'
999100210 
       999
         0
         2
//,' Execution terminating: estimated elapsed time for the run '
   ' exceeds the specified maximum elapsed time.'
999100211
       999
         0
         3
1X,70('-')
1X,'|       Equation              | Last Value | Next Value | #Int Steps |'
1X,'+-----------------------------+------------+------------+------------+'
999100212
       999
         4
         3         1         1         2
         2
1X,'| ',@@A@@,T32,'|',@@1PE11.4@@,' |',@@1PE11.4@@,' |',@@I10@@,T71,'|'
1X,'+-----------------------------+------------+------------+------------+'
999100213 
       999
         1
         2
         3
/1X,70('-')
' |                 COUPLING/STAGGER ITERATION =',@@I5@@,T71,'|'
1X,70('-')
999100214
       999
         3
         3         3         3
         1
5X,@@A@@,T48,'(Le_mol=',@@A3@@,', Le_trb=',@@A3@@,')'
999100215
       999
         1
         3
         2
1X,'+',68('-'),'+',/,' |',@@A@@, \
T71,'|',/,1X,'+',68('-'),'+'
999100216
       999
         1
         3
         1
1X,70('='),/,2X,@@A@@,/,1X,70('=')
999100217
       999 
         0
         5
' '
' The simulation definition includes an external solver coupling, '
' but no data transfers have been defined. Please either remove' 
' the external solver coupling from the definition or ensure that'
' the desired data transfers are included in the definition.'
999100218
       999
         1
         3
        10
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | A non-stationary condition was applied for mesh motion on the', T71,'|'
' | Stage (Mixing-Plane) interface boundary named: ',T71,'|'
' |     ', @@A@@,                                            T71,'|'
' | Mesh motion is not allowed on Stage (Mixing-Plane) interface', T71,'|'
' | boundaries. The simulation will continue with a stationary', T71,'|'
' | condition applied. ', T71,'|'
' +',68('-'),'+'
999100219
       999 
         2
         1         1
        10
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The CFX results that are being used to initialise this', T71,'|' 
' | simulation were generated at a time value that is inconsistent', T71,'|' 
' | with the Coupling Initial Time value set in the CFX Input File.', T71,'|' 
' | Please review results carefully.', T71,'|'
' |    CFX results time      :',@@1PE11.4@@, T71,'|'
' |    Coupling Initial Time :',@@1PE11.4@@, T71,'|'
' +',68('-'),'+'
999100220
       999 
         0
         8
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | An Initial Time option other than "Coupling Initial Time" was ', T71,'|'
' | selected in the CFX simulation definition.  In order to ensure the', T71,'|'
' | validity of results, the coupled simulation will proceed using the', T71,'|'
' | same initial time value for all coupled field solvers.', T71,'|'
' +',68('-'),'+'
999100221
       999
         0
         8
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Efficiency variables have been selected, but an inlet has not', T71,'|'
' | been selected. Please specify an inlet boundary for use in the', T71,'|'
' | efficiency calculations.', T71,'|'
' | NOTE: The solver will not calculate any efficiency variables.', T71,'|'
' +',68('-'),'+'
999100222
       999
         0
         1
' | Domain Name',T25,'| Orthog. Angle | Exp. Factor  | Aspect Ratio |'
999100223
       999
         0
         3
' +----------------------+---------------+--------------+--------------+'
' |',T25,'| Minimum [deg] |   Maximum    |    Maximum   |'
' +----------------------+---------------+--------------+--------------+'
999100224
       999
         0
         3
' +----------------------+---------------+--------------+--------------+'
' |',T25,'|  %!  %ok  %OK | %!  %ok  %OK | %!  %ok  %OK |'
' +----------------------+---------------+--------------+--------------+'
999100225
       999
         7
         3  1  3  2  3  2  3
         2
' | ',@@A@@,T25,'|',@@F11.1@@,1X,@@A@@,' |',@@I10@@,1X,@@A@@,\
' |',@@I10@@,1X,@@A@@,T71,'|'
999100226
       999
        10
         3  3  3  3  3  3  3  3  3  3
         2
' | ',@@A@@,T25,'| ',@@A3@@,2X,@@A3@@,2X,@@A3@@,' |',@@A3@@,\
2X, @@A3@@,2X,@@A3@@,' |',@@A3@@,2X,@@A3@@,2X,@@A3@@,T71,'|'
999100227
       999
         0
         1
' +----------------------+---------------+--------------+--------------+'
999100228
       999
         0
         9
/,1X,70('=')
1X,'|',12X,'Reinitialisation for Residual Material Model',T71,'|'
1X,70('-')
1X,'| Existing ''Products'' from now on regarded as ''Residual Material''',\
T71,'|'
1X,'+',68('-'),'+'
1X,'| Residual Material Mass Fraction',T45,\
'|   Before   |   After    |'
1X,'+',42('-'),'+------------+------------+'
999100229
       999
         3
         3         1         1
         2
1X,'| ',@@A@@,T45,'|',@@1PE11.4@@,T58,'|',@@1PE11.4@@,T71,'|'
1X,'+',42('-'),'+------------+------------+'
999100230
       999
         2
         3         3
         1
1X,@@A@@,': ',@@A@@
999100231
       999
         1
         3
         1
3X,@@A@@
999100232
       999
         1
         3
         10
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The initial mesh coordinates have been (re)derived using total', T71,'|'
' | mesh displacement in the domain:', T71,'|'
' |    ',@@A@@, T71,'|'
' | This behaviour may be disabled using the expert parameter: ', T71,'|'
' |    derived initial mesh = false', T71,'|'
' +',68('-'),'+'
999100233
       999
         0
         6
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' | The Total Centroid Displacement is being reinitialised using ',T71,'|'
' | the current mesh geometry.', T71,'|'
' +',68('-'),'+'
999100234
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' | This is a multiphase simulation in a closed system.',T71,'|'
' | A global correction will be applied to the volume fractions to ',T71,'|'
' | accelerate mass conservation.',T71,'|'
1X,'+',68('-'),'+'
999100235
       999
         1
         3
         6
' +',68('-'),'+'
' |            ****** Updating Runtime Priority ******', T71,'|'
' |', T71,'|'
' | ',@@A@@, T71,'|'
' |', T71,'|'
' +',68('-'),'+'
999100236
       999
         0
         5
//,1X,'+',68('-'),'+'
' |',T22,'Blackbody Fraction Summary',T71,'|'
1X,'+',68('-'),'+'
1X,'|      Spectral Band      ',T47,'|    Tmin',T59,'|    Tmax', \
T71,'|',/,1X,'+',68('-'),'+'
999100237
       999
         1
         3
         1
/5X,'Discretization type',T59,'= ',T72,TL11,@@A@@
999100238
       999
         1
         3
         1
5X,'Intersection type',T59,'= ',T72,TL11,@@A@@
999100239
       999
         1
         2
         1
5X,'Number of stage groups',T59,'= ',@@I11@@
999100240
       999
         1
         3
         5
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' | The following Additional Variable could not be calculated:',T71,'|'
' |      ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100241
       999
         3
         3   1   3
         8
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | There are ',@@A@@, ' faces (',@@F5.1@@,'%) that are not properly mapped ',T71,'|'
' | onto a source domain. This will likely introduce incorrect ',T71,'|'
' | interpolated values on immersed boundary. Please check the motion ',T71,'|'
' | of the immersed solid to avoid moving out of the flow domain.',T71,'|'
' | LOCALE: ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100242
       999
         2
         3   3
         7
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The interpolator is unable to find a valid boundary type. Please ',T71,'|'
' | check the problem setup carefully. ',T71,'|'
' | Domain Name : ',@@A@@,T71,'|'
' | Boundary Patch Name : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100243
       999
         3
         3   1   3
         14
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | There are ',@@A@@, ' interpolation points (',@@F6.2@@,'%) that are not ',T71,'|'
' | properly mapped onto a source domain. This will likely introduce ',T71,'|'
' | incorrect interpolated values for the CEL callback on the immersed ',T71,'|'
' | boundary. If part of the immersed solid moves out of the fluid ',T71,'|'
' | domain, please check the problem setup carefully. If part of the ',T71,'|'
' | immersed boundary overlaps with fluid boundary, please break the ',T71,'|'
' | immersed boundary into two or more boundaries, and use the CEL ',T71,'|'
' | callback on a proper immersed boundary. If this is due to a slight ',T71,'|'
' | difference in mesh, please increase the expert parameter "octree ',T71,'|'
' | bndbox tolerance". ',T71,'|'
' | Boundary Patch Name : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100244
       999
         0
         5
//,1X,'+',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' | Evaluation of quantitative CEL functions on mesh regions    ',T71,'|'
' | ignores any .Boundcon operator and uses conservative values.',T71,'|'
1X,'+',68('-'),'+'
999100245
       999
         0
         6
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Internal solver coupling data were specified in RIGID BODY SOLVER ',T71,'|'
' | COUPLING CONTROL, but there is no rigid body defined in the current ',T71,'|'
' | run. Please check the problem setup carefully. ',T71,'|'
1X,'+',68('-'),'+'
999100246
       999
         2
         3         3
         6
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The ',@@A@@,' solver is used in the ',@@A@@,' simulation. ',T71,'|'
' | Though this capability is not yet supported, the simulation ',T71,'|'
' | will continue. Please check results carefully. ',T71,'|'
1X,'+',68('-'),'+'
999100247
         1
         1
         3
        11
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Within the current MFX simulation, unmapped vertices are present',T71,'|'
' | on the Fluid-Solid interface: ',T71,'|'
' |    ',@@A@@,T71,'|'
' | Please review the ANSYS.stdout file for further information.',T71,'|'
' | Default boundary conditions will be applied for these unmapped ',T71,'|'
' | vertices, which implies "Unspecified" for Mesh Motion. To try a ',T71,'|'
' | coupled mesh displacement instead, set the expert parameter:',T71,'|'
' |     mfx unmapped bc option = 2',T71,'|'
1X,'+',68('-'),'+'
999100248
         1
         1
         3
        10
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Within the current MFX simulation, unmapped vertices are present',T71,'|'
' | on the Fluid-Solid interface: ',T71,'|'
' |    ',@@A@@,T71,'|'
' | Please review the ANSYS.stdout file for further information.',T71,'|'
' | Default boundary conditions will be applied for these unmapped ',T71,'|'
' | vertices, with the exception of Mesh Motion which will use a ',T71,'|'
' | coupled displacement. ',T71,'|'
1X,'+',68('-'),'+'
999100249
       999
         5
         3         1         1         1        3
         2
1X,'|',1X,@@A@@,T38,'|',2X,@@F5.2@@,2X,'|',2X,@@F5.2@@,2X,'|',1X,\
@@F5.2@@,1X,@@A@@,T71,'|'
999100250
       999
         1
         2
         7
' | Number of Fourier coefficients = ',@@I6@@,T71,'|'
1X,'+',68('-'),'+'
' |                      |              |     Fourier coefficient      |'
' | Domain Name          |  Disturbance | accumulation time step range |'
' |                      |    period    |------------------------------+'
' |                      |              |     Start    |      End      |'
' +----------------------+--------------+--------------+---------------+'
999100251
       999
         5
         3         1         2         2         3
         2
1X,'|',1X,@@A@@,T25,'|',1X,@@1PE11.4@@,2X,'|',2X,@@I6@@,6X,'|',\
3X,@@I6@@,T68,@@A@@,T71,'|'
999100252
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | Time transformation applies no phase lag correction in the solver  |'
' | for unity pitch ratio cases.                                       |'
1X,'+',68('-'),'+'
999100254
       999
         0
         8
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The solution file has incomplete Fourier coefficients. You will    |'
' | not be able to post-process the transient results. In case of a    |'
' | results file, the run should be re-started to complete the Fourier |'
' | coefficient accumulation.                                          |'
1X,'+',68('-'),'+'
999100255
       999
         0
        16
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | A setup change was detected which caused the re-initialization     |'
' | of the Fourier coefficients.                                       |'
' | Likely causes are:                                                 |'
' | 1) The run was restarted with a change in timestep, and the ratio  |'
' |    between the old and new time step is not a factor of 2.         |'
' | 2) The number of Fourier Transformation disturbances has changed.  |'
' | 3) The list of variables being phase shifted has changed.          |'
' | 4) The number of Fourier coefficient modes has changed, and the    |'
' |    modal interpolation has been deactivated.                       |'
' | 5) The number of bands at constant radius at a Rotor-Stator domain |'
' |    interface has changed, and this setup has a Rotor-Stator        |'
' |    Fourier Transformation disturbance.                             |'
1X,'+',68('-'),'+'
999100256
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,' Fourier Transformation ',T71,'|'
' | method is enabled as a Beta Feature in this release.               |'
1X,'+',68('-'),'+'
999100257
       999
         3
         2         2         2
         2
1X,'| Initialisation Period',T32,'|',@@I5@@,T42,'|',2X,@@I6@@,T56,'|',3X,@@I6@@,T71,'|'
1X,70('-')
999100258
       999
         3
         2         2         2
         2
1X,'| Startup Period',T32,'|',@@I5@@,T42,'|',2X,@@I6@@,T56,'|',3X,@@I6@@,T71,'|'
1X,70('-')
999100259
       999
         0
         3
/,1X,70('=')
' |                 Start of Fourier Transformation                    |'
1X,70('=')
999100260
       999
         0
        10
' |',T71,'|'
' | **: The accumulation of Fourier coefficients during the common     |'
' | period requires a number of time steps larger than the one set for |'
' | the duration of this run. The transient solution cannot be post-   |'
' | processed until the Fourier coefficient accumulation is complete.  |'
' | Please do one of the following:                                    |'
' | 1) Increase the time duration for the run                          |'
' | 2) Use a larger time period for the run                            |'
' | 3) Restart the simulation after this run is complete               |'
1X,'+',68('-'),'+'
999100261
       999
         0
         6
/,1X,70('=')
' |               Fourier Transformation Initialization                |'
1X,'+',68('-'),'+'
1X,'|',68X,'|'
' |  Initializing the 0th mode Fourier coefficients from previous run  |'
1X,70('=')
999100262
       999
         0
         8
/,1X,70('=')
' |',18X,'Time Transformation stability limits',T71,'|'
' |',1X,'Pitch ratio computed using stationary/rotating component pitches',T71,'|'
1X,'+',68('-'),'+'
1X,'|',T38,'|           Pitch ratio ',T71,'|'
1X,'| Disturbance name',T38,'|--------------------------------|'
1X,'|',T38,'| Minimum | Maximum |   Current ',T71,'|'
1X,'+',68('-'),'+'
999100263
       999
         0
         8
' |',1X,'Poor: The pitch ratio is close to one of the stability limits.',T71,'|'
' |',1X,'      If the solution becomes unstable please do one of the',T71,'|'
' |',1X,'      following:',T71,'|'
' |',1X,'(1) Modify the number of passages per components to obtain a',T71,'|'
' |',1X,'    pitch ratio within the stability limits.',T71,'|'
' |',1X,'(2) For further information on Time Transformation stability',T71,'|'
' |',1X,'    limits please consult the Transient Blade Row guide.',T71,'|'
1X,'+',68('-'),'+'
999100264
       999
         0
         10
' |',1X,'Fail: The pitch ratio is outside the stability limits.',T71,'|'
' |',1X,'      The solution is likely to become unstable and fail.',T71,'|'
' |',1X,'Please do one of the following: ',T71,'|'
' |',1X,'(1) Modify the number of passages per components to obtain a',T71,'|'
' |',1X,'    pitch ratio within the stability limits.',T71,'|'
' |',1X,'(2) For further information on Time Transformation stability',T71,'|'
' |',1X,'    limits please consult the Transient Blade Row guide.',T71,'|'
' |',1X,'(3) You can suppress this message at any time by setting the',T71,'|'
' |',1X,'    expert parameter "ignore tt stability message = t" ',T71,'|'
1X,'+',68('-'),'+'
999100265
       999
         3
         2         2         2
         2
1X,'| Full Fourier Transformation',T32,'|',@@I5@@,T42,'|',2X,@@I6@@,T56,'|',3X,@@I6@@,T71,'|'
1X,70('=')
999100266
       999
         0
         9
/,1X,70('=')
' |                 Fourier Transformation Information                 |'
1X,70('=')
1X,'|',68X,'|'
' +--------------------------------------------------------------------+'
' |                             | Max.    |     Time Step Range        |'
' |                             | Coeff.  |----------------------------+'
' |                             | Loops   |   Start     |      End     |'
' |-----------------------------+---------+-------------+--------------+'
999100267
         3
         3
         3         3         1
         19
' '
'Unable to compute interface connectivity between the following'
'domain interfaces:'
' '
'Phase Corrected domain interface : ',@@A@@
'Sampling domain interface        : ',@@A@@
' '
'for this serial/partitioning run. Likely causes are:'
' '
' 1) The mesh has been transformed using single precision'
'    arithmetic at some point.'
' 2) The single precision solver/partitioner is being used instead'
'    of the double precision solver/partitioner as recommended for' 
'    the Fourier Transformation model.'
' '
'If 2) is not the case please increase the expert parameter'
'"ps mapping check tolerance" to a value larger than the current'
'value: ',@@1PE9.3@@,'.'
' '
999100268
       999
         2
         2         2
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | This simulation is scheduled to end at time step ',@@I5@@,' prior to',T71,'|'
' | the start of the Fourier Transformation method which is scheduled',T71,'|'
' | for time step ',@@I5@@,'.',T71,'|'
1X,'+',68('-'),'+'
999100269
       999
         1
         3
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | This is an immersed solid simulation with a multiphase model on ',T71,'|'
' | the domain: ',@@A@@,'.',T71,'|'
' | This combination is not supported. ',T71,'|'
1X,'+',68('-'),'+'
999100270
       999
         1
         3
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | This is an immersed solid simulation with a combustion model on ',T71,'|'
' | the domain: ',@@A@@,'.',T71,'|'
' | This combination is not supported. ',T71,'|'
1X,'+',68('-'),'+'
999100271
       999
         1
         3
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | This is an immersed solid simulation with a heat transfer model on ',T71,'|'
' | the domain: ',@@A@@,'.',T71,'|'
' | This combination is not supported. ',T71,'|'
1X,'+',68('-'),'+'
999100272
       999
         1
         3
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | This is an immersed solid simulation with particles on ',T71,'|'
' | the domain: ',@@A@@,'.',T71,'|'
' | This combination is not supported. ',T71,'|'
1X,'+',68('-'),'+'
999100273
       999
         1
         3
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Use of the standard k-epsilon or SST model is strongly recommended ',T71,'|'
' | for the immersed solids using the Modified Forcing boundary model ',T71,'|'
' |  when modeling turbulence on the domain: ',@@A@@,'.',T71,'|'
1X,'+',68('-'),'+'
999100275
       999
         0
        10
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | You are using a two-equation turbulence model and the ',T71,'|'
' | thermodynamic pressure option by setting the ',T71,'|'
' | expert parameter pressure_value_option=3. ',T71,'|'
' | Please note that for this combination it is recommended ',T71,'|'
' | to use a fine mesh near the wall in order to resolve ',T71,'|'
' | the viscous sublayer. ',T71,'|'
1X,'+',68('-'),'+'
999100276
       999
         0
         7
1X,'+',68('-'),'+'
' | F : The number of time steps per disturbance period should be at   |'
' | least equal to twice the number of Fourier coefficient modes.      |'
' | Please do one of the following:                                    |'
' | 1) Increase the number of time steps per period                    |'
' | 2) Increase the time step multiplier                               |'
1X,'+',68('-'),'+'
999100277
       999
         3
         3         1         1
         8
1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |', T71,'|'
' | Problems calculating pitch for Domain: ',@@A@@,'.',T71,'|'
' |', T71,'|'
' | Calculated Pitch: ',2X,@@F15.8@@,T71,'|'
' | Measured Pitch:   ',2X,@@F15.8@@,T71,'|'
1X,'+',68('-'),'+'
999100278
       999 
         1
         3
         8
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The solver has attempted to define Fourier coefficients for', T71,'|'
' | the following variable: ',@@A@@,'.', T71,'|'
' | This is not currently allowed in the context of a Transient', T71,'|'
' | Blade Row simulation.', T71,'|'
' +',68('-'),'+'
999100279
       999
         3
         1 1 1
        11
1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |', T71,'|'
' | During the calculation of near-wall distance, a highly skewed      |'
' | relationship between an immersed solid boundary and the mesh was   |'
' | detected. This could be due to poor mesh quality near that', T71,'|'
' | boundary, and may lead to robustness problems.', T71,'|'
' | Please review the mesh quality. The coordinates of the element     |' 
' | face are:', T71,'|' 
' |   (',@@E12.4@@,',',@@E12.4@@,',',@@E12.4@@,' ).', T71,'|' 
1X,'+',68('-'),'+'
999100280
         3
         2
         3 3
         6
' '
' Some of the boundary patches of the interface '
' "',@@A@@,'" are not stationary. '
' '
' This is not supported for ',@@A@@
' '
999100282
       999
         0
         9
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The Favre Averaged Drag turbulence dispersion model is being used  |'
' | in combination with the segregated volume fraction solution algo-  |'
' | rithm. If convergence difficulties are encountered, consider       |'
' | reducing the physical time scale, or switch to the coupled volume  |'
' | fraction algorithm.                                                |'
1X,'+',68('-'),'+'
999100283
         3
         2
         3         1
         11
' '
'The rotation axis as defined in the solution file does not match'
'the one defined in the problem setup for domain : ',@@A@@
' '
'Please double check that the rotation axis in the problem setup'
'has not been inadvertently changed.'
' '
'If this is not the case please increase the expert parameter'
'"rotation axis tolerance" to a value larger than the current'
'value: ',@@1PE9.3@@,'.'
' '
999100284
       999
         0
         3
' +----------------------+---------------+--------------+--------------+'
' | Mesh Stiffness',T25,'|    Minimum    |   Maximum    |   Reference  |'
' +----------------------+---------------+--------------+--------------+'
999100285
       999
         4
         3  1  1  1
         2
' | ',@@A@@,T25,'|',1X,@@1PE11.3@@,2X,' |',1X,@@1PE11.3@@,1X,\
' |',1X,@@1PE11.3@@,2X,'|'
999100286
       999
         2
         2 2
         6
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The number of Fourier coefficients has been increased from ',@@I4@@,T71,'|'
' | to ',@@I4@@,' to satisfy the Fourier Transformation model requirements.',T71,'|'
1X,'+',68('-'),'+'
999100287
       999
         0
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The use of the "Exit Corrected Mass Flow Rate" boundary condition  |'
' | option for a domain containing a real gas is enabled as a Beta     |'
' | Feature in this release.                                           |'
1X,'+',68('-'),'+'
999100289
       999
         0
         3
/,1X,70('-')
' |          Transient Blade Row Post-processing Information           |'
1X,'+',68('-'),'+'
999100290
       999
         0
        10
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | One or more expert parameters have been enabled. Note that expert  |'
' | parameters are intended for use only by customers who are          |'
' | experienced in the use of CFX, or who have been instructed to use  |'
' | them by ANSYS Customer Support. Use of the parameters is not fully |'
' | supported, and may have unexpected or unintended consequences both |'
' | for the quality of results and the performance of the CFX-Solver.  |'
1X,'+',68('-'),'+'
999100291
       999
         0
         5
//,1X,'+',68('-'),'+'
' |',T22,'Locations of Maximum Residuals',T71,'|'
' +',68('-'),'+'
' |',T10,'Equation',T25,'|',T32,'Domain Name',T49,'|',T55,'Node Number',T71,'|'
' +',68('-'),'+'
999100292
       999
         3
         3         3         2
         1
1X,'| ',@@A@@,T25,'| ',@@A@@,T49,'|',T55,@@I10@@,T71,'|'
999100293
       999
         0
         6
//,1X,'+',68('-'),'+'
' |',T24,'Normalised Imbalance Summary',T71,'|'
' +',68('-'),'+'
' |',T10,'Equation',T25,'|',T32,'Maximum Flow',T49,'|',T55,\
'Imbalance (%)',T71,'|'
' +',68('-'),'+'
999100294
       999
         3
         3         1         1
         1
1X,'| ',@@A@@,T25,'|',T32,@@1PE11.4@@,T49,'|',T55,@@F9.4@@,T71,'|'
999100295
       999
         2
         3         3
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,' Moving Mesh option ',T71,'|'
' |   on domain: ',@@A@@,T71,'|'
' | is enabled as a Beta Feature in this release.                      |'
1X,'+',68('-'),'+'
999100296
       999
         1
         3
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,' Time Transformation method is a release ',T71,'|'
' | feature for certain combinations of disturbances and domain ',T71,'|'
' | interfaces. Please refer to the documentation for details.',T71,'|'
1X,'+',68('-'),'+'
999100298
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,' combustion option is enabled as a Beta Feature',T71,'|'
' | in this release.                                                   |'
1X,'+',68('-'),'+'
999100299
       999
         3
         3         3         3
        10
/,' +',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' |',T71,'|'
' | The ',@@A@@,' shielding function for the DES SST turbulence',T71,'|'
' | model is enabled as a Beta Feature in this release. It is used',T71,'|'
' | in this simulation for the following domain and fluid:',T71,'|'
' |',T71,'|'
' |   Domain : ',@@A@@,T71,'|'
' |   Fluid  : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100300
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,' ',T71,'|'
' | method is enabled as a Beta Feature in this release.               |'
1X,'+',68('-'),'+'
999100301
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The Turbulent Dispersion Force ',@@A@@,' ',T71,'|'
' | model is enabled as a Beta Feature in this release.                |'
1X,'+',68('-'),'+'
999100302
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The RPI correlation ',"@@A@@",' ',T71,'|'
' | is enabled as a Beta Feature in this release.                      |'
1X,'+',68('-'),'+'
999100303
       999
         2
         3      3
         9
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The intermittency model activated in the following Domain and      |'
' | Fluid                                                              |'
' | Domain Name      : ',@@A@@,                                   T71,'|'
' | Fluid Name       : ',@@A@@,                                   T71,'|'
' | is a Beta feature in this release.                                 |'
1X,'+',68('-'),'+'
999100304
       999
         0
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This setup is using both an Homogeneous Binary Mixture and the     |'
' | Algebraic Slip model. This combination is a beta feature           |'
' | in this release.                                                   |'
1X,'+',68('-'),'+'
999100305
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The particle tracking wall film model ',"@@A@@",' ',T71,          '|'
' | is enabled as a Beta Feature in this release.                      |'
1X,'+',68('-'),'+' 
999100306
       999
         0
         8
/,1X,70('-')
' |          Transient Blade Row Harmonic Export Information           |'
1X,'+',68('-'),'+'
' |                      |              |     Fourier coefficient      |'
' | Export Surface Name  | Accumulation | accumulation time step range |'
' |                      |   period     |------------------------------+'
' |                      |              |     Start    |      End      |'
' +----------------------+--------------+--------------+---------------+'
999100307
       999
         0
         5
1X,'+',68('-'),'+'
' | F : The number of time steps per accumulation period should be     |'
' | at least equal to twice the number of Fourier coefficient modes.   |'
' | Please increase the number of time steps per period accordingly.    |'
1X,'+',68('-'),'+'
999100308
       999
         0
         9
' |',T71,'|'
' | **: The accumulation of Fourier coefficients on export surfaces    |'
' | requires a number of time steps larger than the one set for the    |'
' | duration of this run. The exported Fourier coefficients may not    |'
' | be accurate until the accumulation is complete.                    |'
' | Please do one of the following:                                    |'
' | 1) Increase the time duration for the run                          |'
' | 2) Use a larger time period for the run                            |'
1X,'+',68('-'),'+'
999100309
       999
         0
         8
' |                                                                    |'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The export file contains incomplete Fourier coefficients. You will |'
' | not be able to perform an accurate Mechanical APDL analysis using  |'
' | this file. Please increase the time duration for this run to       |'
' | complete the Fourier coefficient accumulation.                     |'
1X,'+',68('-'),'+'
999100311
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',"@@A@@",' wall erosion model ',T71,'|'
' | is enabled as a Beta Feature in this release.                      |'
1X,'+',68('-'),'+'
999100312
       999
         2
         3      3
        11
/,1X,'+',68('-'),'+'
' |                                                                    |'
' |                       ****** Warning ******                        |'
' |                                                                    |'
' | The sum of the defined mass fractions for the following mixture    |'
' |   phase:     ',@@A@@,T71,'|'
' |   on domain: ',@@A@@,T71,'|'
' | is not exactly 1.0. Please check the initialisation for all',T71,'|'
' | relevant components, as some scaling of their values will now      |'
' | take place. ',T71,'|'
1X,'+',68('-'),'+'
999100313
       999
         2
         3      3
        13
/,1X,'+',68('-'),'+'
' |                                                                    |'
' |                       ****** Warning ******                        |'
' |                                                                    |'
' | The sum of the defined mass fractions for the following mixture    |'
' |   phase:     ',@@A@@,T71,'|'
' |   on domain: ',@@A@@,T71,'|'
' | indicates an error with the initialisation of its components.',T71,'|'
' | The mass fraction for the constraint component will be ',T71,'|'
' | recalculated. If this is a restart, please also check which  ',T71,'|'
' | variable initial conditions are being supplied from the input ',T71,'|'
' | files. ',T71,'|'
1X,'+',68('-'),'+'
999100314
       999
         0
         4
/,1X,'+',68('-'),'+'
' | *: The Fourier coefficients were initialized from the solution',T71,'|'
' | that was provided as initial condition.',T71,'|'
1X,'+',68('-'),'+'
999100315
       999
         0
        20
' +',68('-'),'+'
' |                       ****** WARNING ******                        |'
' |                                                                    |'
' | This Transient Blade Row run could result in solution              |'
' | instabilities or increase in the run time required to convergence. |'
' |                                                                    |'
' | This is because this run was initialized from one of the           |'
' | following:                                                         |'
' | 1) a solution that is missing some Fourier coefficients for all    |'
' |    variables selected in the TRANSIENT BLADE ROW OUTPUT section,   |'
' | 2) a solution without the "Continuation History From ..."          |'
' |    parameter set,                                                  |'
' | 3) initial conditions as specified in the definition file without  |'
' |    an "Initial Values" file selected.                              |'
' |                                                                    |'
' | To obtain optimal initialization of the Fourier coefficients,      |'
' | the recommended workflow is to initialize this Transient Blade Row |'
' | run from a steady state solution in run continuation mode, i.e.    |'
' | with the "Continuation History From ..." parameter set.            |'
1X,'+',68('-'),'+'
999100316
       999
         0
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | For Multi-disturbance cases involving interpolated Fourier         |'
' | accumulation the Fourier coefficients will be initialized          |'
' | from the solution that was provided as initial condition.',T71,'|'
1X,'+',68('-'),'+'
999100317
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses wall condensation under-relaxation factors.  |'
' | This is a Beta Feature in this release.                            |'
1X,'+',68('-'),'+'
999100318
       999
         2
         3         3
        14
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The domain: ',T71,'|'
' | "',@@A@@,'"',T71,'|'
' | adjacent to interface: ',T71,'|' 
' | "',@@A@@,'"',T71,'|'
' | does not have the "Viscous Work Term" included in the heat         |'
' | transfer model definition. ',T71,'|'
' | ',T71,'|'
' | It is recommended that all domains adjacent to interfaces with     |'
' | frame change models include the "Viscous Work Term" when using the |'
' | "Total Energy" heat transfer model.                                |'
1X,'+',68('-'),'+'
999100319
       999
         0
        14
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The "Last Period" Fourier accumulation method has been specified   |'
' | with this Transient Blade Row model.                               |'
' |                                                                    |'
' | If the time step is not carefully chosen so that all the distur-   |'
' | bance periods involved are exactly integer multiples of the time   |'
' | step, this can lead to an arbitrary large error in the Fourier     |'
' | coefficients accumulated and resulting post-processed results.     |'
' |                                                                    |'
' | It is strongly recommended to use the "Moving Averages" Fourier    |'
' | accumulation method with Transient Blade Row models.               |'
1X,'+',68('-'),'+'
999100320
       999
         2
         3         3
         4
' '
' Connecting to the following system coupling service: '
'     Host Name : ', @@A@@
'     Host Port : ', @@A@@
999100321
       999
         2
         3         3
         9
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The option ',T71,'|'
' |   ',@@A@@,T71,'|'
' | for the parameter',T71,'|'
' |   ',@@A@@,T71,'|'
' | is enabled as a Beta Feature in this release.                      |'
1X,'+',68('-'),'+'
999100322
       999
         0
        11
' '
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |', T71,'|'
' | The solver has detected the use of Engine Order option for the',T71,'|'
' | export of pressure harmonics in a multi-disturbance Transient Blade',T71,'|'
' | Row pitch change method. This is a Beta feature in this release.',T71,'|'
' | NOTE: It is recommended using the Full Revolution option for the',T71,'|'
' | accumulation period since the Last Period option may produce',T71,'|'
' | inaccurate complex pressures for this type of simulation.',T71,'|'
' +',68('-'),'+'
999100323
       999
         1
         1
         9
' '
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |', T71,'|'
' | The Mesh Deformation option "Store and Restore Periodic Regions" ',T71,'|'
' | has been selected for 1 or more domains within this simulation. ',T71,'|'
' | This involves the creation of a potentially large mesh storage ',T71,'|'
' | file, which is estimated to be',1X,@@1PE7.1@@,1X,'bytes.',T71,'|'
' +',68('-'),'+'
999100327
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation overrides material viscosity with a user defined  |'
' | fluid viscosity. This is a Beta Feature in this release.           |'
1X,'+',68('-'),'+'
999100328
       999
         0
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation overrides material thermal conductivity with a    |'
' | user defined fluid thermal conductivity. This is a Beta Feature in |'
' | this release.                                                      |'
1X,'+',68('-'),'+'
999100330
       999
         2
         3         1
         5
/,1X,'+',68('-'),'+'
' | NOTE: The Total Mass Flow Rate option computes sector angle from',T71,'|'
' | the domain rotational periodic interface.   ',T71,'|'
' | The computed sector angle for: ',@@A@@,T46,' = ',@@F11.3@@,T60,' [degrees]',T71,'|'
1X,'+',68('-'),'+'
999100331
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses a user defined clipped interfacial area      |'
' | density. This is a Beta Feature in this release.                   |'
1X,'+',68('-'),'+'
999100332
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The user specified Pitch Angle parameter is used. This is a Beta   |'
' | Feature in this release.                                           |'
1X,'+',68('-'),'+'
999100333
         3
         0
         5
' '
'  An ill-defined Periodic to Sampling interface connectivity was    '
'  detected in this parallel run. You can try the following          '
'  expert parameter: "ps partition overlap option = 2".              '
' '
999100335
       999
         0
         3
/,1X,70('=')
' |',18X,'Time Transformation Report',T71,'|'
1X,'+',68('-'),'+'
999100336
       999
         9
         3  1  1  1  1  1  3  2  3
         7
' | Domain                     :',T34,@@A@@,T71,'|'
' |   Timestep                 :',T43,@@1PE11.4@@,T71,'|'
' |   Lambda ( up | down )     :',T34,@@1PE11.4@@,T55,@@1PE11.4@@,T71,'|'
' |   Pitch  ( up | down )     :',T34,@@1PE11.4@@,T55,@@1PE11.4@@,T71,'|'
' |   Reference domain         :',T34,@@A@@,T71,'|'
' |   Streamwise location      :',T43,@@I8@@,T71,'|'
' |   Multi/Single disturbance :',T36,@@A@@,T71,'|'
999100337
       999
         7
         3  1  1  1  3  2  3
         7
' | Domain                     :',T34,@@A@@,T71,'|'
' |   Timestep                 :',T43,@@1PE11.4@@,T71,'|'
' |   Lambda                   :',T43,@@1PE11.4@@,T71,'|'
' |   Pitch                    :',T43,@@1PE11.4@@,T71,'|'
' |   Reference domain         :',T34,@@A@@,T71,'|'
' |   Streamwise location      :',T43,@@I8@@,T71,'|'
' |   Multi/Single disturbance :',T36,@@A@@,T71,'|'
999100338
       999
         6
         1  1  1  1  1  1
         3
' |   Period ( up | down )     :',T34,@@1PE11.4@@,T55,@@1PE11.4@@,T71,'|'
' |   Timelag ( up | down )    :',T34,@@1PE11.4@@,T55,@@1PE11.4@@,T71,'|'
' |   Factor  ( up | down )    :',T34,@@1PE11.4@@,T55,@@1PE11.4@@,T71,'|'
999100339
       999
         3
         1  1  1
         3
' |   Period                   :',T43,@@1PE11.4@@,T71,'|'
' |   Timelag                  :',T43,@@1PE11.4@@,T71,'|'
' |   Factor                   :',T43,@@1PE11.4@@,T71,'|'
999100340
       999
         6
         3  1  1  3  2  3
         6
' | Interface                  :',T34,@@A@@,T71,'|'
' |   Timestep                 :',T43,@@1PE11.4@@,T71,'|'
' |   Rotor to stator pitch    :',T43,@@F11.3@@,T71,'|'
' |   Transformation type      :',T48,@@A@@,T71,'|'
' |   Streamwise location      :',T43,@@I8@@,T71,'|'
' |   Rotation axis            :',T48,@@A@@,T71,'|'
999100341
       999
         2
         2  3
         1
' |   There is/are ',T20,@@I3@@,T26,@@A@@,' domain(s) on this interface.',T71,'|'
999100342
       999
         1
         3
         1
' |   Domain(s) list           :',T34,@@A@@,T71,'|'
999100343
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses a user defined Area Density Reduction        |'
' | Exponent. This is a Beta Feature in this release.                  |'
1X,'+',68('-'),'+'
999100344
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The use of "Allow Running Statistics" within an expression',T71,'|'
' | monitor is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100345
         3
         0
         6
' '
' Due to the current limitations in the partitioner, the Fourier '
' Transformation method supports only one domain adjacent to the '
' phase shift periodics. You can either run in serial or adjust  '
' your configuration accordingly.                                '
' '
999100346
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The use of Polar Distribution Functions with the Monte Carlo ',T71,'|'
' | radiation model is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100347
       999
         2
         2 2
         7
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The number of Fourier coefficients has been decreased from ',@@I4@@,T71,'|'
' | to ',@@I4@@,' to satisfy the number of time steps per period in this ',T71,'|'
' | domain. This is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100348
         3
         0
        13
' '
' This multi-disturbance Fourier transformation case is not      '
' currently supported because duplicate frequencies were detected'
' among the frequencies of the disturbances involved that have   '
' different phase shifts.                                        '
' '
' To try and avoid this condition you can either try :           '
' 1- adjusting the tolerance that detects duplicate frequencies, '
'    decreasing the expert parameter "duplicate period tolerance"'
'    below its default value of 1.E-5,                           '
' 2- applying a small shift to the frequencies of the            '
'    disturbances involved in order to avoid this scenario.      '
' '
999100349
       999
         3
         2 3 3
        13
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Only ',@@I4@@,' harmonics were used to resolve the ',T71,'|'
' | ',@@A@@,' disturbance ',@@A@@,T71,'|'
' |', T71,'|'
' | To try and avoid this condition you can either try :           ',T71,'|'
' | 1- adjusting the tolerance that detects duplicate frequencies, ',T71,'|'
' |    decreasing the expert parameter "duplicate period tolerance"',T71,'|'
' |    below its default value of 1.E-5,                           ',T71,'|'
' | 2- applying a small shift to the frequencies of the            ',T71,'|'
' |    disturbances involved in order to avoid this scenario.      ',T71,'|'
1X,'+',68('-'),'+'
999100350
       999
         0
         8
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses different under-relaxation factors for the   |'
' | wall boiling heat partitioning and the evaporation mass rate.      |'
' | It is recommended to set these two under-relaxation factors to     |'
' | the same value.                                                    |'                                  
1X,'+',68('-'),'+'
999100351
       999
         2
         3         3
        11
/,' +',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' |',T71,'|'
' | The combination of the stress-blended eddy simulation (SBES) model |'
' | and transitional turbulence is enabled as a Beta Feature in this   |'
' | release. It is used in this simulation for the following domain    |'
' | and fluid:',T71,'|'
' |',T71,'|'
' |   Domain : ',@@A@@,T71,'|'
' |   Fluid  : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100352
       999
         0
         7
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | Multi-disturbance Fourier Transformation cases that include either |'
' | a Blade Flutter disturbance or two adjacent Transient Rotor Stator |'
' | disturbances are enabled as a Beta Feature in this release.        |'
1X,'+',68('-'),'+'
999100353
         3
         0
         6
' '
' Multi-disturbance Fourier Transformation cases involving a     '
' Transient Rotor Stator disturbance in combination with either  '
' a Blade Flutter disturbance or more than 2 disturbances per    '
' sampling interface is not yet supported.                       '
' '
999100354
         3
         0
         4
' '
' The "Moving Averages" Fourier accumulation method is not       '
' supported for the "Harmonic" analysis type.                    '
' '
999100355
       999
         2
         3         3
         9
' +',68('-'),'+'
' |                       ****** WARNING ******                        |'
' |                                                                    |'
' | This Transient Blade Row run may experience robustness and/or      |'
' | convergence difficulties caused by the "',@@A@@,'" domain',T71,'|'
' | interface : ',@@A@@,T71,'|'
' | which could inject additional frequencies not captured by the      |'
' | defined Fourier transformations.                                   |'
1X,'+',68('-'),'+'
999100356
       999
         2
         3         3
         7
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | ',@@A@@,' Fourier Transformations with the',T71,'|'
' | "',@@A@@,'" option',T71,'|'
' | is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100357
       999
         3
         3         3         3
         8
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This combination of Fourier Transformations with the',T71,'|'
' | "',@@A@@,'" option and the',T71,'|'
' | "',@@A@@,'" option ',@@A@@,T71,'|'
' | is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100358
       999
         2
         3         3
         8
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The combination of multiple Fourier Transformations with the',T71,'|'
' | "',@@A@@,'" option combined with a',T71,'|'
' | Fourier Transformation with the "',@@A@@,'" option ',T71,'|'
' | is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100359
       999
         0
         7
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The use of the option "Automatic" for the root finder in the',T71,'|'
' | computation of the wall superheating is enabled as a Beta',T71,'|'
' | Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100360
       999
         0
         6
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The use of the option "Hosokawa" for the computation of the wall',T71,'|'
' | lubrication force is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100361
       999
         3
         3         3         3
         9
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The ',@@A@@,T71,'|'
' |   ',@@A@@,T71,'|'
' | uses the CCL parameter',T71,'|'
' |   ',@@A@@,T71,'|'
' | This option is enabled as a Beta Feature in this release.',T71,'|'
1X,'+',68('-'),'+'
999100362
       999
         2
         3         3
        11
/,' +',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' |',T71,'|'
' | The combination of the detached eddy simulation (DES) model        |'
' | and transitional turbulence is enabled as a Beta Feature in this   |'
' | release. It is used in this simulation for the following domain    |'
' | and fluid:',T71,'|'
' |',T71,'|'
' |   Domain : ',@@A@@,T71,'|'
' |   Fluid  : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100363
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses velocity linearisation of the turbulence     |'
' | dispersion force. This is a Beta Feature in this release.          |'
1X,'+',68('-'),'+'
999100364
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses volume weighted averaging of the turbulence  |'
' | dispersion coefficients. This is a Beta Feature in this release.   |'
1X,'+',68('-'),'+'
999100365
       999
         1
         3
         8
/,' +',68('-'),'+'
' |                     ****** Notice ******',T71,'|'
' |',T71,'|'
' | The "Pressure Profile Blend" parameter is enabled for Pressure     |'
' | Averaging as a Beta feature in this release.',T71,'|'
' |',T71,'|'
' | Boundary patch: ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999100366
         1
         1
         3
        11
/,1X,'+',68('-'),'+'
' |                       ****** Warning ******                        |'
' |                                                                    |'
' | Multiple spectrally-dependent radiation sources are defined on ',T71,'|'
' | the following location: ',T71,'|'
' |   ',@@A@@,T71,'|'
' | in combination with the Multiband model. They are also not all ',T71,'|'
' | Isotropic. Care should be taken that each source does not involve ',T71,'|'
' | non-zero values within the same spectral band, or else the results |'
' | will be incorrect.',T71,'|'
1X,'+',68('-'),'+'
999100367
         3
         1
         3
         7
'  '
'Multiple radiation sources are defined on the following location:'
'  ',@@A@@
'This is not supported if the sources are not all Isotropic and '
'any of the following conditions exist: '
'  - Gray or Weighted Sum of Gray Gasses model '
'  - Multiband model where sources overlap each other spectrally'
999100368
       999
         2
         3         1
         7
' +',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The pitch at the requested location: "',@@A@@,'"',T71,'|'
' | could not be obtained.',T71,'|'
' | The alternate computed pitch is: ',@@F8.3@@,' [degrees]',T71,'|'
1X,'+',68('-'),'+'
999100369
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The "Harmonic Balance" option for Transient Method is enabled      |'
' | as a Beta feature for cases without mesh motion.                   |'
1X,'+',68('-'),'+'
999100370
         3
         0
         5
' '
' The "Harmonic Balance" option for Transient Method cannot    '
' be combined with any "Periodic" option for Mesh Deformation  '
' in any domain.                                               '
' '
999100371
         3
         1
         3
         5
' '
' The "',@@A@@,'" model for the "Periodic Regions of Motion" '
' method of Mesh Deformation can only be used with fully periodic    '
' Transient Methods (for example, Transient Blade Row).              '
' '
999100372
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | Injection Regions have been specified within at least one domain.  |'
' | Their use is a Beta Feature in this release.                       |'
1X,'+',68('-'),'+'
999100380
       999
         0
         3
/1X,'+--------------+-----------+-------------+-------------+-------------+'
1X,'|    Type      |  Count    |  Min Size   |  Max Size   |  Mean Size  |'
1X,'+--------------+-----------+-------------+-------------+-------------+'
999100381
       999
         0
         1
1X,'+--------------+-----------+-------------+-------------+-------------+'
999100382
       999
         5
         3         2         2         2         2
         1
1X,'|',@@A13@@,' | ',@@I9@@,' | ',@@I11@@,' | ',@@I11@@,' | ',@@I11@@,' |'
999100383
       999
         0
         5
/1X,'+',68('-'),'+'
1X,'|* Denotes serial element/face set statistics as read from the',  T71,'|'
1X,'|  definition file. All other entries are those handled by the', T71,'|'
1X,'|  parallel partitions and are likely to be the most relevant.',   T71,'|'
1X,'+',68('-'),'+'
999100384
       999
         0
         6
' '
' +',68('-'),'+'
' |               Efficiency time averaging information', T71,'|'
' +',68('-'),'+'
' | Boundary',T45,'| Period',T71,'|'
' +',68('-'),'+'
999100385
       999
         2
         3 1
         2
' | ',@@A@@,T45,'|',@@1PE12.5@@,T71,'|'
' +',68('-'),'+'
999100388
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation switches off bulk boiling near boiling walls.     |'
' | This is a Beta Feature in this release.                            |'
1X,'+',68('-'),'+'
999100389
         3
         0
         7
' '
' Referring to efficiency or isentropic/polytropic enthalpy        '
' variables in CEL expressions, monitor points, transient          '
' statistics as well as writing these to any type of output file   '
' is not supported when there is more than one inflow boundary     '
' specified in its definition.                                     '
' '
999100390
       999 
         0
         2
' +======================+======+=========+=========+', \
'==================+'
999100391
       999
         2
         3         3
         8
/,1X,'+',68('-'),'+'
' | NOTE: In Domain: "',@@A@@,'" - ',T71,'|'
' | Boundary: "',@@A@@,'"',T71,'|'
' | The "Mass Flow Rate Area" parameter is set to ',T71,'|'
' | "Total for All Sectors" but no rotational periodic boundaries are  |'
' | defined for the domain. The Mass Flow Rate will be applied',T71,'|'
' | as specified. ',T71,'|'
1X,'+',68('-'),'+'
999100392
       999
         1
         3
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | The Turbulent Dispersion Force, "',@@A@@,'",',T71,'|'
' | under the mixture model is enabled as Beta Feature in this release.|'
1X,'+',68('-'),'+'
999100393
       999
         2
         3         3
         9
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | It is not possible to change the value of the ',@@A@@,T71,'|'
' | expert parameter',T71,'|'
' |   ',@@A@@,T71,'|'
' | in the current run during a CCL reread. The change will take',T71,'|'
' | effect if the case is restarted.',T71,'|'
1X,'+',68('-'),'+'
999100394
       999
         2
         3         3
        12
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | In Domain ',T71,'|'
' | ''',@@A@@,'''',T71,'|'
' | Mesh Motion on boundary ',T71,'|'
' | ''',@@A@@,'''',T71,'|'
' | is set to ''Periodic Displacement''. When Periodic Displacement',T71,'|'
' | is active, it is recommended that the domain Mesh Deformation',T71,'|'
' | setting has ''Displacement Relative To'' set to ''Initial Mesh''',T71,'|'
' | for accurate periodic motion to be obtained.',T71,'|'
1X,'+',68('-'),'+'
999100413
       999
         2
         3         2
         1
5X,@@A@@,T59,'= ',@@I11@@
999100414
       999
         2
         3         2
         1
3X,@@A@@,T59,'= ',@@I11@@
999100415
       999
         2
         3         2
         1
/,3X,@@A@@,T59,'= ',@@I11@@
999100416
       999
         0
         3
/,' +------------------------------------------+-------------------------+'
  ' | Boundary Name'                     ,T45,'|   Number of face sets   |'
  ' |'                                   ,T45,'|  Original  | Simplified |'
999100417
       999
         3
         3          2          2
         1
' | ',@@A@@,T45,'| ',@@I10@@,' | ',@@I10@@,' |'
999100418
       999
         0
         1
' +------------------------------------------+------------+------------+'
999100500
         999
         0
         5
/,1X,'+--------------------------------------------------------------------+'
1X,'|                    Process Affinity Information                    |'
1X,'+--------------------------------------------------------------------+'
1X,'|          Host          | CPUs/Cores/Hyperthreads | Npart | Status  |'
1X,'+------------------------+-------------------------+-----------------+'
999100501
         999
         4
         3         3         2         3
         1
1X,'| ',@@A23@@,'| ',@@A23@@,' | ',@@I5@@,' | ',@@A7@@,T71,'|'
999100502
         999
         0
         1
1X,'+------------------------+-------------------------+-----------------+'
999100503
         999
         1
         3
         1
/,1X,'  Part  ',@@A@@
999100504
         999
         0
         1
1X
999100507
         999
         1
         2
         2
/,1X,'Insufficient memory for affinity check on',@@I3@@,' hosts.'
1X,'The run will continue.'
999100508
         999
         1
         2
         1
/,1X,'Process affinity was set successfully on ',@@I3@@,' hosts.'
999100509
         999
         1
         2
         3
/,1X,'Other running solver processes detected on ',@@I3@@,' hosts.'
1X,'To avoid over-subscription, processes affinity will not be '
1X,'changed by the solver on these hosts. The run will continue.'
999100510
         999
         1
         2
         2
/,1X,'Failure to set process affinity on ',@@I3@@,' hosts.'
1X,'The run will continue.'
999100511
         999
         1
         2
         1
/,1X,'Note: Hyperthreading is enabled on ',@@I3@@,' hosts.'
999100512
         999
         1
         2
         1
/,1X,'Host topology unavailable on ',@@I3@@,' hosts.'
999100513
         999
         1
         2
         1
/,1X,'Failure to find process affinity on ',@@I3@@,' hosts.'
999100514
         999
         1
         2
         1
/,1X,'Note: Processing elements are oversubscribed on ',@@I3@@,' hosts.'
999100515
         999
         1
         2
         1
/,1X,'Note: Multiple hyperthreads used on ',@@I3@@,' hosts.'
999100516
         999
         1
         2
         3
/,1X,'Failure to calculate processing elements on ',@@I3@@,' hosts.'
1X,'Process affinity will not be changed by the solver on these hosts.'
1X,'The run will continue.'
999100517
         999
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                       ****** Warning ******               ',T71,'|'
' |                                                           ',T71,'|'
' | A mismatch in travelling wave direction has been detected in',T71,'|'
' | domain: "',@@A@@,'" . The Traveling Wave Direction for the',T71,'|'
' | Periodic Displacement option for Mesh Motion must be set to',T71,'|'
' | the same value ("Forward" or "Backward") for all boundaries',T71,'|'
' | within the domain.',T71,'|'
1X,'+',68('-'),'+'
999100601
       999
         0
         6
/,1X,'+',68('-'),'+'
' | The following Equation Classes failed to meet the convergence      |'
' | criteria. If this situation persists, consider increasing the      |'
' | respective "Maximum Number of Coefficient Loops" convergence       |' 
' | setting.                                                           |'
' |                                                                    |'
999100602
       999
         1
         3
         1
' | ',@@A@@,T71,'|'
999100603
       999
         0
         1
1X,'+',68('-'),'+'
999100604
       999
         0
         5
/,' +-------------------------+------------------------------------------+'
' |     Equation Class      |      Solve Location       | Number of    |'
' |                         |                           | Convergence  |'
' |                         |                           | Failures     |'
' +-------------------------+------------------------------------------+'
999100605
       999
         3
         3         3         2
         1
' | ',@@A@@,T28,'| ',@@A@@,T56,'|',@@I8@@,T71,'|'
999100606
       999
         0
         1
1X,'+',25('-'),'+',27('-'),'+',14('-'),'+'
999200000
       999
         0
         7
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no variables for comparison in the target domain. ',T71,'|'
' | Please check the destination file carefully, ',T71,'|'
' | or use interpolation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
999200001
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no variables for interpolation from the source domain. ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200002
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no variables for comparison in the source domain. ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200003
       999
         2
         3         3
        10
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | The interpolator has detected that the name for the variable: ', T71,'|'
' | ', @@A@@, T71,'|'
' | is longer than 56 characters, and the interpolator will rename the ', T71,'|'
' | corresponding difference variable to the following name: ', T71,'|'
' | ', @@A@@, T71,'|'
' | ', T71,'|'
1X,'+',68('-'),'+'
999200004
       999
         0
         7
/1X,'+',68('-'),'+'
' |', T71,'|'
' |                       ****** Notice ******',T71,'|'
' | There are no common variables for comparison between the source ',T71,'|'
' | and target domains. Please check the physics carefully, ',T71,'|'
' | or use interpolation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
999200005
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no variables for interpolation from the source domain. ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200010
       999
         1
         3
         8
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no variables for comparison in the target domain ',T71,'|'
' | "',@@A@@,'". Skip the comparison. ',T71,'|'
' | Please check the destination file carefully, ',T71,'|'
' | or use interpolation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
999200011
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |', T71,'|'
' |                       ****** Notice ******',T71,'|'
' | There are no variables for interpolation from the source domain ',T71,'|'
' | "',@@A@@,'". Skip the interpolation. ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200012
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no meaningful variables in the target domain ',T71,'|'
' | "',@@A@@,'" that can be used for the comparison. ',T71,'|'
' | Skip the comparison. Please check the destination file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200013
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no meaningful variables in the source domain ',T71,'|'
' | "',@@A@@,'" that can be used for the interpolation. ',T71,'|'
' | Skip the interpolation. Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200014
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|' 
' | There are no variables in the source domain ',T71,'|'
' | "',@@A@@,'". ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200015
       999
         0
         7
/1X,'+',68('-'),'+'
' |', T71,'|'
' |                       ****** Notice ******',T71,'|'
' | There are no common variables for comparison between the source ',T71,'|'
' | and target domains. Please check the physics carefully, ',T71,'|'
' | or use interpolation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
999200016
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|' 
' | There are no common variables for interpolation among the source ',T71,'|'
' | domains. Please check the physics carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200017
       999
         1
         3
         8
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | No reference value for the specific enthalpy was specified for ',T71,'|'
' | material "',@@A@@,'". In this case, the solver will use a value ',T71,'|'
' | of zero. Please note that this is different from previous releases, ',T71,'|'
' | where the reference value was set to H_ref = T_ref*Cp. ',T71,'|'
1X,'+',68('-'),'+'
999200018
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The initial values file and the solver input file have different ',T71,'|'
' | solution units. The monitor history will be lost. ',T71,'|'
1X,'+',68('-'),'+'
999200019
       999
         3
         3         3         3
        18
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The interpolator has detected that there is only one fluid or ', T71,'|'
' | solid definition in the source file. By default, the interpolator ', T71,'|'
' | will assume that the following two objects are the same phase. ', T71,'|'
' | ', T71,'|'
' |    Object type   : ',@@A@@, T71,'|'
' |    Object name 1 : ',@@A@@, T71,'|'
' |    Object name 2 : ',@@A@@, T71,'|'
' | ', T71,'|'
' | If the above two objects are instead different phases, please ', T71,'|'
' | make sure that the phase names are defined consistently, and then ', T71,'|'
' | enable the "Enforce Strict Name Mapping for Phases" setting under ', T71,'|'
' | the Interpolator tab in the Define Run form.',T71,'|'
' |', T71,'|'
' +',68('-'),'+'
999200020
       999
         0
         13
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The interpolator is run in the initial guess mode. Particle source ',T71,'|'
' | variables will be interpolated, but particle database and particle ',T71,'|'
' | tracks in the initial values file will not be made available in ',T71,'|'
' | the new run. To relocalise the particle database and copy the ',T71,'|'
' | particle tracks, please enable the "Continue History From" setting ',T71,'|'
' | under the Initial Values Specification on the Run Definition tab ',T71,'|'
' | in the CFX Solver Manager for the run continuation mode. You can ',T71,'|'
' | also enable the run continuation mode in the command line using ',T71,'|'
' | either the cfx5solve or cfx5interp command. ',T71,'|'
1X,'+',68('-'),'+'
999200021
       999
         2
         3         1
         6
/,' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | There are ',@@A@@, ' nodes (',@@F5.1@@,'%) that are not properly ',T71,'|'
' | mapped to any source mesh. The difference is thus ',T71,'|'
' | meaningless on those nodes. ',T71,'|'
' +',68('-'),'+'/
999200022
       999
         0
        27
' '
' +',68('-'),'+'
' |', T71,'|'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | For the domain-based particle tracks, the interpolator will only ', T71,'|'
' | copy existing particle tracks from a source domain to a target ', T71,'|'
' | domain with the same geometry. The interpolator has found that ', T71,'|'
' | the target domain is different from any given source domain, and ', T71,'|'
' | will not copy the particle tracks from that source domain. ', T71,'|'
' | If the geometry of the source domain differs only slightly from ', T71,'|'
' | a target domain, you can set up the "Bounding Box Tolerance" ', T71,'|'
' | parameter under the Interpolator tab in the Define Run form.', T71,'|'
' | You can also include the "-ccl" option using either the cfx5solve ', T71,'|'
' | cfx5interp command. ', T71,'|'
' | ', T71,'|'
' |     SIMULATION CONTROL:', T71,'|'
' |       EXECUTION CONTROL:', T71,'|'
' |         INTERPOLATOR STEP CONTROL:', T71,'|'
' |           DOMAIN SEARCH CONTROL:', T71,'|'
' |             Bounding Box Tolerance = 0.01', T71,'|'
' |           END', T71,'|'
' |         END', T71,'|'
' |       END', T71,'|'
' |     END', T71,'|'
' | ', T71,'|'
' +',68('-'),'+'
999200023
       999
         1
         3
         9
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The initial values file and the solver input file have different ',T71,'|'
' | solution units. The particle tracks will be lost. ',T71,'|'
' | ', T71,'|'
' |   WHERE  =  ',@@A@@, T71,'|'
' | ', T71,'|'
' +',68('-'),'+'
999200024
       999
         1
         3
         6
' '
' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The initial values file (No. ',@@A@@,') does not contain any field ',T71,'|'
' | solution data. Please check the source file carefully. ',T71,'|'
' +',68('-'),'+'
999200025
       999
         0
         6
' '
' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The initial values file does not contain any field solution data. ',T71,'|'
' | Please check the source file carefully. ',T71,'|'
' +',68('-'),'+'
999200026
       999
         0
         9
' '
' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The interpolator is run in the interpolation mode, but it will ',T71,'|'
' | interpolate onto a target file that contains field solution data. ',T71,'|'
' | Though this capability is not yet supported, the interpolation ',T71,'|'
' | will continue and it will append the interpolated values onto ',T71,'|'
' | the target file. Please check results carefully. ',T71,'|'
' +',68('-'),'+'
999200027
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are no common variables between the source domain ',T71,'|'
' | "',@@A@@,'" and other source (or target) domains. ',T71,'|'
' | All solution fields from this domain will be neglected. ',T71,'|'
1X,'+',68('-'),'+'
999200028
       999
         6
         3         3         3         3         3         3
         13
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | There are ',@@A@@,' solution variables that are not found in the ',T71,'|'
' | source domain "',@@A@@,'". ',T71,'|'
' | Those variables will be eliminated from the common variable list, ',T71,'|'
' | and will not be interpolated onto the target domain. ',T71,'|'
' | A short list of removed variables is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200029
       999
         1
         3
         9
/1X,'+',68('-'),'+' 
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The solution field on the target domain will be interpolated from ',T71,'|'
' | multiple source domains. Only variables from the primary source ',T71,'|'
' | domain "',@@A@@,'" will be interpolated. ',T71,'|'
' | The interpolator will neglect solution variables from other source ',T71,'|'
' | domains unless they can also be found in the primary one. ',T71,'|'
1X,'+',68('-'),'+'
999200030
       999
         1
         3
         11
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | When the interpolator is run in the run continuation mode, and ',T71,'|'
' | there are mesh deformations in some domains, the interpolator is ',T71,'|'
' | unable to copy the initial position or initial orientation data ',T71,'|'
' | from multiple initial values files. Please ensure that these data ',T71,'|'
' | for the following rigid body are properly set in the CCL from the ',T71,'|'
' | solver input file. ',T71,'|'
' |    Rigid Body : ',@@A@@, T71,'|'
1X,'+',68('-'),'+'
999200031
       999
         1
         3
         9
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The initial values file and the solver input file have different ',T71,'|'
' | solution units. The particle tracks will be lost. ',T71,'|'
' | ', T71,'|'
' |   Source Domain: ',@@A@@, T71,'|'
' | ', T71,'|'
' +',68('-'),'+'
999200032
       999
         1
         3
         8
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The domain search algorithm has detected a source domain containing ',T71,'|'
' | mapped target nodes that are all mapped to another source domain. ',T71,'|'
' | The following domain will thus not be used for interpolation:',T71,'|'
' |     ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200033
       999
         6
         3         3         3         3         3         3
         14
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The domain search algorithm has found more than the maximum number ',T71,'|'
' | of source domains allowed to interpolate solution fields from. ',T71,'|'
' | There are ',@@A@@,' source domains that overlap the target domain ',T71,'|'
' | but will not be used for the interpolation. ',T71,'|'
' | A short list of removed source domains is given as follows: ',T71,'|'
' |     ',@@A@@,T71,'|'
' |     ',@@A@@,T71,'|'
' |     ',@@A@@,T71,'|'
' |     ',@@A@@,T71,'|'
' |     ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200037
       999
         8
         3         3          3         2         1         1         1         1
         8
/,' Boundary : ',@@A@@
'   Band Spacing       : ',@@A@@
'   Band Orientation   : ',@@A@@
'   Number of Bands    : ',@@I8@@
'   Minimum Location   : ',@@1PE11.5@@
'   Maximum Location   : ',@@1PE11.5@@
'   Minimum Band Width : ',@@1PE11.5@@
'   Maximum Band Width : ',@@1PE11.5@@,/
999200038
       999
         1
         3
         12
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | You have supplied an invalid value to activate or de-activate ', T71,'|'
' | the automatic treatment for the body motion data in the interpolator.', T71,'|'
' |', T71,'|'
' |     ',@@A@@,T71,'|'
' |', T71,'|'
' | Please use either of the following: ', T71,'|'
' | "interp ignore body motion = t".',T71,'|'
' | "interp ignore body motion = f".',T71,'|'
1X,'+',68('-'),'+'
999200039
       999
         6
         3         3         3         3         3         3
         19
/1X,'+',68('-'),'+'
' |                       ****** Warning ******',T71,'|'
' |', T71,'|'
' | The interpolator has detected that the topology data relating to ',T71,'|'
' | ',@@A@@,' in the source domain "',@@A@@,'" ',T71,'|'
' | are different from the same data in the target domain. This is ',T71,'|'
' | most likely to be the result of importing a solver input file ',T71,'|'
' | or results file back into CFX Pre when creating the target file, ',T71,'|'
' | or because one of the source or target files is from a release ',T71,'|'
' | prior to Release 12.1. The interpolator will skip copying all ',T71,'|'
' | element set data to avoid a failure of the partitioner or the ',T71,'|'
' | solver. If you want to retain these element set data for a cleaner ',T71,'|'
' | restart, you may be able to select "Use Mesh From Initial Values" ',T71,'|'
' | to continue the run. A short list of volumes is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200040
       999
         1
         3
         12
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The interpolator is run in the run continuation mode, and it has ',T71,'|'
' | detected that some target domains have the same meshes as source ',T71,'|'
' | domains, but other target domains different meshes from source ',T71,'|'
' | domains. Since there are mesh deformations in some domains, the ',T71,'|'
' | interpolator is unable to copy the initial position or initial ',T71,'|'
' | orientation data. Please make sure those data are properly set ',T71,'|'
' | in the CCL from the solver input file. ',T71,'|'
' |    Rigid Body : ',@@A@@, T71,'|'
1X,'+',68('-'),'+'
999200042
       999
         1
         3
         10
/1X,'+',68('-'),'+'
' |                      ****** WARNING ******',T71,'|'
' |', T71,'|'
' | There are no variables for comparison in the target domain ',T71,'|'
' | "',@@A@@,'" at the previous time. ',T71,'|'
' | Skip the comparison. Please de-activate second order ',T71,'|'
' | interpolation using the following expert parameter: ',T71,'|'
' | "interp second order data = f".',T71,'|'
' | or use interpolation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
999200043
       999
         1
         3
         9
/1X,'+',68('-'),'+'
' |', T71,'|'
' |                      ****** WARNING ******',T71,'|'
' | There are no variables for interpolation from the source domain ',T71,'|'
' | "',@@A@@,'" at the previous time. ',T71,'|'
' | Skip the interpolation. Please de-activate second order ',T71,'|'
' | interpolation using the following expert parameter: ',T71,'|'
' | "interp second order data = f".',T71,'|'
1X,'+',68('-'),'+'
999200044
       999
         1
         3
         9
/1X,'+',68('-'),'+'
' |                      ****** WARNING ******',T71,'|'
' |', T71,'|'
' | There are no meaningful variables in the target domain ',T71,'|'
' | "',@@A@@,'" that can be used for the comparison ',T71,'|'
' | at the previous time. Skip the comparison. Please de-activate ',T71,'|'
' | second order interpolation using the following expert parameter: ',T71,'|'
' | "interp second order data = f".',T71,'|'
1X,'+',68('-'),'+'
999200045
       999
         1
         3
         9
/1X,'+',68('-'),'+'
' |                      ****** WARNING ******',T71,'|'
' |', T71,'|'
' | There are no meaningful variables in the source domain ',T71,'|'
' | "',@@A@@,'" that can be used for the interpolation. ',T71,'|'
' | at the previous time. Skip the interpolation. Please de-activate ',T71,'|'
' | second order interpolation using the following expert parameter: ',T71,'|'
' | "interp second order data = f".',T71,'|'
1X,'+',68('-'),'+'
999200046
       999
         1
         3
         7
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | There are no variables in the source domain ',T71,'|'
' | "',@@A@@,'" at the previous time. Please check ',T71,'|'
' | the source file carefully on the previous time level. ',T71,'|'
1X,'+',68('-'),'+'
999200047
       999
         1
         3
         8
/1X,'+',68('-'),'+'
' |                       ****** WARNING ******',T71,'|'
' |', T71,'|'
' | There are no common variables between the source domain ',T71,'|'
' | "',@@A@@,'" and other source (or target) domains ',T71,'|'
' | at the previous time. All solution fields at the previous ',T71,'|'
' | time will be neglected. ',T71,'|'
1X,'+',68('-'),'+'
999200048
       999
         4
         2         3         3         3
         1
1X,@@I4@@,'.',1X,@@A@@,@@A@@,@@A@@
999200050
       999
         1
         3
         11
' +',68('-'),'+'
' |                       ****** WARNING ******                 ', T71,'|'
' |                                                             ', T71,'|'
' | During interpolation no dimensional information could be    ', T71,'|'
' | found for variable:                                         ', T71,'|'
' |     ',@@A@@,                                                   T71,'|'
' |                                                             ', T71,'|'
' | Variable interpolation will continue, assuming that the     ', T71,'|'
' | units of that particular variable have not changed across   ', T71,'|'
' | the restart.                                                ', T71,'|'
' +',68('-'),'+'
999200051
       999
         1
         3
         15
/1X,'+',68('-'),'+' 
' |                       ****** WARNING ******                 ', T71,'|'
' |', T71,'|'
' | You have supplied an invalid value to set mesh deformation ', T71,'|'
' | option when there are mesh displacement results in the ', T71,'|'
' | initial values file.', T71,'|'
' |', T71,'|'
' |     "Mesh Deformation Option = ',@@A@@,'"',T71,'|'
' |', T71,'|'
' | Please use one of the following : ', T71,'|'
' |     "Mesh Deformation Option = Automatic" ',T71,'|'
' |     "Mesh Deformation Option = Use Latest Mesh" ',T71,'|'
' |     "Mesh Deformation Option = Use Initial Mesh" ',T71,'|'
' | to set the proper mesh deformation option. ', T71,'|'
1X,'+',68('-'),'+'
999200052
       999
         0
         9
' '
' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The interpolator has detected that the source file contains the ',T71,'|'
' | Fourier coefficients data, but it cannot locate the common period ',T71,'|'
' | data. It is likely that the source file is generated from ANSYS ',T71,'|'
' | CFX Solver prior to Release 14.0. The interpolator will perform ',T71,'|'
' | simple periodic replication skipping the Fourier coefficients. ',T71,'|'
' +',68('-'),'+'
999200053
       999
         0
         9
' '
' +',68('-'),'+'
' |                       ****** Notice ******',                         T71,'|'
' |',                                                                    T71,'|'
' | The local to global boundary vertex mapping is not present in the ', T71,'|'
' | par-file and will therefore be generated, resulting in a longer ',   T71,'|'
' | start up time. To reduce the start up time, it is recommended that ',T71,'|'
' | a new par-file is generated using an up-to-date partitioner. ',      T71,'|'
' +',68('-'),'+'
999200054
       999
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The following export surface is set with the Harmonic Forced ',T71,'|'
' | Response option. ',T71,'|'
' | ',@@A@@,T71,'|'
' | This feature is not officially supported in a multi-disturbance ',T71,'|'
' | simulation. ',T71,'|'
1X,'+',68('-'),'+'
999200055
       999
         6
         3         3         3         3         3         3
        13
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | There are ',@@A@@,' export surfaces that are set with the ',T71,'|'
' | Harmonic Forced Response option. This feature is not officially ',T71,'|'
' | supported in a multi-disturbance simulation. A short list of ',T71,'|'
' | export surfaces is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200056
       999
         1
         3
        10
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data on the export surface |'
' | ',@@A@@,', ',T71,'|'
' | the solver has detected an engine order that does not correspond ',T71,'|'
' | to any harmonic of the disturbance. In this case, the Last Period ',T71,'|'
' | option may produce inaccurate complex pressure values, so please ',T71,'|'
' | change the option to Full Revolution. ',T71,'|'
1X,'+',68('-'),'+'
999200057
       999
         6
         3         3         3         3         3         3
        15
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data, the solver has ',T71,'|'
' | detected engine orders from ',@@A@@,' export surfaces that do ',T71,'|'
' | not correspond to any harmonic of the disturbance. In this case, ',T71,'|'
' | the Last Period option may produce inaccurate complex pressure ',T71,'|'
' | values, so please change the option to Full Revolution. ',T71,'|'
' | A short list of export surfaces is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200058
       999
         1
         3
         8
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The interpolator has detected that the source file contains the ',T71,'|'
' | following variable without any Fourier coefficient data. ',T71,'|'
' | ',@@A@@,', ',T71,'|'
' | The interpolator will thus skip this variable. ',T71,'|'
1X,'+',68('-'),'+'
999200059
       999
         6
         3         3         3         3         3         3
        13
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The interpolator has detected that the source file contains ',T71,'|'
' | ',@@A@@,' variables without any Fourier coefficient data. ',T71,'|'
' | The interpolator will thus skip those variables. ',T71,'|'
' | A short list of the skipped variables is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200060
       999
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data on the export surface |'
' | ',@@A@@,', ',T71,'|'
' | the "Value" option is specified for the EXCITATION FREQUENCY ',T71,'|'
' | singleton. This is a beta feature, so please make sure that you ',T71,'|'
' | specify a physically valid frequency. ',T71,'|'
1X,'+',68('-'),'+'
999200061
       999
         6
         3         3         3         3         3         3
        14
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data, the solver has ',T71,'|'
' | detected that the "Value" option is specified for the EXCITATION ',T71,'|'
' | FREQUENCY singleton on ',@@A@@,' export surfaces. This is a beta ',T71,'|'
' | feature, so please make sure that you specify a physically valid ',T71,'|'
' | frequency. A short list of export surfaces is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200062
       999
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data on the export surface |'
' | ',@@A@@,', ',T71,'|'
' | the "Number of Periods" option is specified for the ACCUMULATION ',T71,'|'
' | PERIOD singleton. This is a beta feature, so please check exported ',T71,'|'
' | results carefully. ',T71,'|'
1X,'+',68('-'),'+'
999200063
       999
         6
         3         3         3         3         3         3
        14
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | When exporting Harmonic Forced Response data, the solver has ',T71,'|'
' | detected that the "Number of Periods" option is specified for the ',T71,'|'
' | ACCUMULATION PERIOD singleton on ',@@A@@,' export surfaces. This ',T71,'|'
' | is a beta feature, so please check exported results carefully. ',T71,'|'
' | A short list of export surfaces is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200064
       999
         1
         3
        15
' '
' +',68('-'),'+'
' |', T71,'|'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | For the domain-based particle tracks, the interpolator will only ', T71,'|'
' | copy existing particle tracks from a source domain to a target ', T71,'|'
' | domain with the same geometry. The interpolator has found that ', T71,'|'
' | the target domain is different from any given source domain, and ', T71,'|'
' | will not copy the particle tracks from that source domain. ', T71,'|'
' | If the geometry of the source domain differs only slightly from ', T71,'|'
' | a target domain, you can set the "interp same domain tolerance" ', T71,'|'
' | expert parameter to a less strict value than the current ',@@A@@,'. ', T71,'|'
' |', T71,'|'
' +',68('-'),'+'
999200066
         3
         1
         3
         6
'Source and target files use the Time Transformation model, but '
'the interpolator fails to map the target domain '
@@A@@
'onto any source domain. As a result, the interpolator will stop '
'because it cannot properly set transient information on this '
'target domain. ',T71,'|'
999200067
         3
         7
         2         3         3         3         3         3         3
        11
'Source and target files use the Time Transformation model, but '
'the interpolator fails to map ',@@I4@@,' target domains onto any '
'source domain. As a result, the interpolator will stop '
'because it cannot properly set transient information on those '
'target domains. A short list of the first unmapped target '
'domains is given as follows: '
@@A@@
@@A@@
@@A@@
@@A@@
@@A@@
999200068
       999
         2
         3         3
        11
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The interpolator fails to map the target domain ',T71,'|'
' | ',@@A@@,T71,'|'
' | onto any source domain. As a result, the interpolator will set ',T71,'|'
' | transient information on this unmapped target domain from the ',T71,'|'
' | data on the source domain ',T71,'|'
' | ',@@A@@,T71,'|'
' | in the source file. ',T71,'|'
1X,'+',68('-'),'+'
999200069
       999
         7
         2         3         3         3         3         3         3
        16
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The interpolator fails to map ',@@I4@@,' target domains onto any ',T71,'|'
' | source domain. As a result, the interpolator will set transient ',T71,'|'
' | information on those unmapped target domains from the data on ',T71,'|'
' | on the source domain ',T71,'|'
' | ',@@A@@,T71,'|'
' | in the source file. A short list of the first unmapped target ',T71,'|'
' | domains is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
999200070
       999
         0
        11
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The  expert parameter "interp nocrdvx check = t" is enabled as a ',T71,'|'
' | beta feature. As a result, the interpolator will only use topology ',T71,'|'
' | information to check if target domains are the same as the source ',T71,'|'
' | domains. If target domains are rotated from source domains, vector ',T71,'|'
' | values will not be transformed. Hence, we recommend to create an ',T71,'|'
' | Interpolation Mapping object under Initial Values tab and check ',T71,'|'
' | Alignment Transformation to select a Transformation list. ',T71,'|'
1X,'+',68('-'),'+'
999300001
       999
         1
         3
         8
' '
' +',68('-'),'+'
' |                       ****** WARNING ******', T71,'|'
' |', T71,'|'
' | Though the ANSYS CFX ',@@A@@,' has found a STP file, the stop ', T71,'|'
' | request is ignored for a System Coupling run. Please stop ', T71,'|'
' | the simulation via System Coupling. ', T71,'|'
' +',68('-'),'+'
999300002
       999
         0
         8
' '
' +',68('-'),'+'
' |                       ****** WARNING ******', T71,'|'
' |', T71,'|'
' | An Interrupt Control has been defined in solver control but will ', T71,'|'
' | be ignored since this is a System Coupling simulation. Please ', T71,'|'
' | interrupt or stop the simulation via System Coupling. ', T71,'|'
' +',68('-'),'+'
999300003
       999
         0
         9
' '
' +',68('-'),'+'
' |                       ****** WARNING ******', T71,'|'
' |', T71,'|'
' | An Elapsed Time termination condition has been defined in solver ', T71,'|'
' | control but will be ignored since this is a System Coupling ', T71,'|'
' | simulation. Please interrupt or stop the simulation via System ', T71,'|'
' | Coupling. ', T71,'|'
' +',68('-'),'+'
999300004
       999
         2
         2         2
        13
' '
' +',68('-'),'+'
' |                       ****** WARNING ******', T71,'|'
' |', T71,'|'
' | The CFX results that are being used to initialise this ', T71,'|'
' | simulation were generated at a coupling step that is inconsistent ', T71,'|'
' | with the initial coupling step provided by the system coupling.' , T71,'|'
' | This may create mapping errors if the mesh position in the CFX ', T71,'|'
' | results is different than the mesh position in other coupling ', T71,'|'
' | participants. ', T71,'|'
' | CFX Initial Step      :',@@I10@@, T71,'|'
' | SC Initial Step       :',@@I10@@, T71,'|'
' +',68('-'),'+'
999300005
       999
         1
         3
        10
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | The mesh motion of the following boundary is set to use the ',T71,'|'
' | System Coupling option: ',T71,'|'
' | ',@@A@@,T71,'|'
' | However, the ANSYS CFX Solver is not launched as part of a System ',T71,'|'
' | Coupling run. This is a beta feature in this release, and ',T71,'|'
' | the boundary will be treated as a stationary wall. ',T71,'|'
1X,'+',68('-'),'+'
999300006
       999
         6
         3         3         3         3         3         3
        14
/,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' |                                                                    |'
' | There are ',@@A@@,' boundaries which have mesh motion set to use ',T71,'|'
' | the System Coupling option. However, the ANSYS CFX Solver is not  ',T71,'|'
' | launched as part of a System Coupling run. This is a beta ',T71,'|'
' | feature in this release, and the boundaries will be treated as ',T71,'|'
' | stationary walls. A short list of boundaries is given as follows: ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
' | ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
900100011
       999
         0
         5
/,1X,70('=')
' |',24X,'Timescale Information',T71,'|'
1X,70('-')
' |',7X,'Equation',T25,'|',T35,'Type',T49,'|',T56,'Timescale',T71,'|'
1X,'+',22('-'),'+',23('-'),'+',21('-'),'+'
900100012
       999
         3
         3         3         1
         1
' |',1X,@@A@@,T25,'|',T27,@@A@@,T49,'|',T54,@@1PE12.5@@,T71,'|'
900100013
       999
         0
         1
1X,'+',22('-'),'+',23('-'),'+',21('-'),'+'
900100014
       999
         4
         3      3      3      3
         6
/1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
' | Writing backup file ',@@A@@,T71,'|'
' |   Name   : ',@@A@@,T71,'|'
' |   Type   : ',@@A@@,T71,'|'
' |   Option : ',@@A@@,T71,'|'
1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
900100015
       999
         4
         3      3      3      3
         6
/1X,'+',68('-'),'+'
' | Writing transient file ',@@A@@,T71,'|'
' |   Name   : ',@@A@@,T71,'|'
' |   Type   : ',@@A@@,T71,'|'
' |   Option : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
900100016
       999
         0
         3
//,1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
' |    Reading modified Command file.  Differences are given below.',T71,'|'
1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
900100017
       999
         3
         3      3       3
         4
1X,'+',68('-'),'+'
' | ','Skipping ',@@A@@,' transient file ',@@A@@,'.',T71,'|'
' | ',@@A@@,' was already written.',T71,'|'
1X,'+',68('-'),'+'
900100018
       999
         6
         3         1         1         1         1         1
         11
//,1X,70('=')
' |',18X,'Adaptive Timestepping Information',T71,'|'
1X,70('-')
' | Direction',T19,'| Ratio | Last Value | Next Value | RMS Co |',\
' Max Co',T71,'|'
1X,'+',16('-'),'+',7('-'),'+',12('-'),'+',12('-'),'+',8('-'),'+',\
8('-'),'+'
' | ',@@A@@,T19,'|',@@F6.3@@,' |',@@1PE11.4@@,' |',@@1PE11.4@@,\
' |',@@F7.2@@,' |',@@F7.2@@,T71,'|'
1X,'+',16('-'),'+',7('-'),'+',12('-'),'+',12('-'),'+',8('-'),'+',\
8('-'),'+'
900100019
       999
         4
         3      3      3      3
         6
1X,'+',68('-'),'+'
' | Writing export file ',@@A@@,T71,'|'
' |   Name   : ',@@A@@,T71,'|'
' |   Type   : ',@@A@@,T71,'|'
' |   Option : ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
900100020
       999
         3
         1         1         1
         7
//,1X,70('=')
' |',22X,'Timestepping Information',T71,'|'
1X,70('-')
1X,'|       Timestep       |  RMS Courant Number  |  Max Courant Number  |'
1X,'+----------------------+----------------------+----------------------+'
1X,'|',5X,@@1PE11.4@@,6X,'|',7X,@@F7.2@@,8X,'|',7X,@@F7.2@@,T71,'|'
1X,70('-')
900100021
       999
         0
         4
//,1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
' |    Modified Command file is not being reread - This feature is ',T71,'|'
' |    not supported in simulations with external solver couplings.',T71,'|'
1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
900100022
       999
         5
         1         1         1         1         1
         9
//,1X,70('=')
' |',22X,'Timestepping Information',T71,'|'
1X,70('-')
1X,'|    Timestep    |     Courant Number      | Acoustic Courant Number |'
1X,'+----------------+-------------------------+-------------------------+'
1X,'|                |      RMS        MAX     |      RMS        MAX     |'
1X,'+----------------+-------------------------+-------------------------+'
1X,'|',3X,@@1PE11.4@@,2X,'|',4X,@@F7.2@@,4X,@@F7.2@@,3X,'|',4X,@@F7.2@@,4X,@@F7.2@@,T71,'|'
1X,70('-')
900100023
       999
         0
         4
//,1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
' |    Modified Command file is not being reread - This feature is ',T71,'|'
' |    not supported in simulations with transient blade row models.',T71,'|'
1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
900100024
       999
         0
         4
//,1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
' |    Modified Command file is not being reread - This feature is ',T71,'|'
' |    not supported in simulations with system couplings.',T71,'|'
1X,'+',22('-'),'-',24('-'),'-',20('-'),'+'
900200001
       999
         2
         3         3
         1
/,1X,@@A@@,': ',@@A@@
900200002
       999
         1
         1
         1
3X,'Distance to specified location  : ',T37,@@1PE11.3@@
900200003
       999
         3
         1         1         1
         2
3X,'Assigned vertex location (x,y,z): ',T37,@@1PE11.3@@,',',@@1PE11.3@@,\
',',@@1PE11.3@@
900200004
       999
         6
         3  3  3  1  1  1
         2
3X,'User specified location (',@@A@@,',',@@A@@,',',@@A@@,') : ',\
T37,@@1PE11.3@@,',',@@1PE11.3@@,',',@@1PE11.3@@
900200005
       999
         2
         3  2
         2
/,3X,'Domain: ',@@A@@
3X,'User specified vertex number    : ',T37,@@I10@@
900200006
       999
         1
         3
         1
T25,@@A@@
900200007
       999
         1
         3
         2
/,3X,'Domain: ',@@A@@
3X,'User specified vertex number of 0, reset to 1.'
900200008
       999
         0
         8
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Monitor points are assigned to the nearest vertex and will', T71,'|'
' | change position in case of moving mesh or\
 rotating domains.', T71,'|'
' +',68('-'),'+'
900200009
       999
         3
         3   3   3
         5
'A ',@@A@@,' quantity has been requested but does not exist.  This is'
'a fatal error because it can cause the run to hang in parallel.'
'The likely cause is a coding bug in the solver.'
'  Variable: ',@@A@@
'  Location: ',@@A@@
900200010
       999
         2
         3         3
         1
/,1X,@@A@@,': ',@@A@@,/
900200011
       999
         0
         4
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
900200012
       999
         0
         4
' | Monitor points have been defined in a moving mesh simulation.',T71,'|'
' | Please note that the monitor points are located in the user-',T71,'|'
' | specified position in the initial mesh. During the simulation,',T71,'|'
' | the monitor positions will follow the local mesh movement.',T71,'|'
900200013
       999
         0
         4
' | Monitor points have been defined in a moving mesh simulation.',T71,'|'
' | Please note that, where regular updates have been requested, ',T71,'|'
' | the point locations will be evaluated with respect to the ',T71,'|'
' | current mesh, in the absolute frame of reference.',T71,'|'
900200014
       999
         0
        11
' +',68('-'),'+'
' |                      ****** Warning ******', T71,'|'
' |', T71,'|'
' | At least one Monitor Point defined using exact element ',T71,'|'
' | interpolation does not currently overlap with any mesh domain.',T71,'|'
' | When this occurs, results will be returned from the nearest ',T71,'|'
' | mesh vertex instead. Please check the initial coordinate',T71,'|'
' | specification. If there are moving mesh or rotating domains',T71,'|'
' | present, then the situation may be temporary and interpolation',T71,'|'
' | will be resumed if the mesh overlaps again at a later time.',T71,'|'
' +',68('-'),'+'
900200015
       999
         0
         5
' | At least one Monitor Point has been defined inside a rotating,',T71,'|'
' | domain, within a transient simulation. Please note that those',T71,'|'
' | monitor points are located topologically in the local coordinate',T71,'|'
' | systems. In the absolute frame, the monitor positions may change',T71,'|'
' | during the simulation.',T71,'|'
900200016
       999
         0
         5
' | At least one Monitor Point has been defined using exact element',T71,'|'
' | (tri-linear) interpolation, where there are moving or deforming',T71,'|'
' | domains. Provided that it has regular updates defined, and the it',T71,'|' 
' | continually overlaps with the mesh, it will remain at the defined',T71,'|'
' | absolute location throughout the simulation.',T71,'|'
900200017
       999
         0
         1
' +',68('-'),'+'
900200018
       999
         1
         3
         1
/,3X,'Domain: ',@@A@@
900200019
       999
         0
        12
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | For the Time Transformation model, averaging or integration of ',T71,'|'
' | solution variables (including CEL quantitative functions) over ',T71,'|'
' | surfaces and volumes are performed in transformed space and ',T71,'|'
' | cannot be directly related to those in physical space. To avoid ',T71,'|'
' | misinterpretation, using or reporting these quantities is not ',T71,'|'
' | allowed. You can allow this by setting the expert parameter:',T71,'|'
' | "monitor raw tt data = t".',T71,'|'
' +',68('-'),'+'
900200020
       999
         0
         4
' | At least one Monitor Point has been defined inside a rotating,',T71,'|'
' | domain, within a transient simulation. Please note that even ',T71,'|'
' | with regular updates defined, in the absolute frame the monitor',T71,'|'
' | positions may change during the simulation.',T71,'|'
900200021
         1
         0
         9
' +',68('-'),'+'
' |                      ****** Warning ******', T71,'|'
' |', T71,'|'
' | At least one Monitor Point has had its statistics data reset ',T71,'|'
' | at the start of the current run. This is because Continue ',T71,'|'
' | History has been requested, but the current transient Initial ',T71,'|'
' | Time setting does not allow for a continuous run from the ',T71,'|'
' | Initial Values file. ',T71,'|'
' +',68('-'),'+'
900300001
       999
         1
         3
         1
/,1X,'Source Point: ',@@A@@,/
900300002
       999
         4
         1         1         1         1
         2
3X,'User specified location (x,y,z): ',T37,@@1PE11.3@@,',',@@1PE11.3@@,\
',',@@1PE11.3@@
900300003
       999
         4
         1         1         1         1
         3
3X,'Assigned element center (x,y,z): ',\
T37,@@1PE11.3@@,',',@@1PE11.3@@,',',@@1PE11.3@@
3X,'Distance to specified location : ',T37,@@1PE11.3@@
900300004
       999
         4
         1         1         1         1
         5
'   ******* Point not found in domain with exact element search *******'
'   *******         Nearest element search used instead         *******'
3X,'Assigned element center (x,y,z): ',\
T37,@@1PE11.3@@,',',@@1PE11.3@@,',',@@1PE11.3@@
3X,'Distance to specified location : ',T37,@@1PE11.3@@
000100019
         4
         1
         2
         1
'Invalid vector mean type, AVETYP=',@@I5@@
000100020
         4
         1
         2
         1
'Invalid vector dimension, NVEC=',@@I5@@
000100021
         3
         0
        10
' +',68('-'),'+'
' |                       ****** ERROR ******', T71,'|'
' |', T71,'|'
' | Boundary normal vectors cannot be used for CEL in this way,',T71,'|'
' | as they are not normally available at boundary mesh vertices.',T71,'|'
' | However, this can be over-ridden by setting the Expert Parameter:',T71,'|'
' |   "cel allow boundary normal = t"',T71,'|'
' | This is a beta-feature, and will average the adjacent face normals',T71,'|'
' | to the vertex. Check subsequent results carefully.',T71,'|'
' +',68('-'),'+'
001100000
         1
         1
         3
         5
'The following unused Expert Solver Parameter was found:'
' '
T8,@@A@@
' '
'The parameter may be incorrectly spelled.'
001100001
         3
         0
         1
'One or more required solver control parameters were missing.'
001100004
         1
         5
         3         3         2         2         2
        14
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The specified value for the INTEGER parameter',T71,'|'
' |', T71,'|'
' |   ',@@A@@,T71,'|'
' |', T71,'|'
' | is out of bounds and has been clipped to its ',@@A@@,' bound.',T71,'|'
' |', T71,'|'
' |       Lower bound:      ',@@I10@@,T71,'|'
' |       Upper bound:      ',@@I10@@,T71,'|'
' |       Specified value:  ',@@I10@@,T71,'|'
' +',68('-'),'+'
001100005
         1
         5
         3         3         1         1         1
        14
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The specified value for the REAL parameter',T71,'|'
' |', T71,'|'
' |   ',@@A@@,T71,'|'
' |', T71,'|'
' | is out of bounds and has been clipped to its ',@@A@@,' bound.',T71,'|'
' |', T71,'|'
' |       Lower bound:      ',@@1PE10.3@@,T71,'|'
' |       Upper bound:      ',@@1PE10.3@@,T71,'|'
' |       Specified value:  ',@@1PE10.3@@,T71,'|'
' +',68('-'),'+'
001100014
         3
         7
         2         3         2         3         3         2         2
         7
'Error while writing header of dataset ',@@I5@@
'to the ',@@A@@,' file.'
'Format = ',@@I5@@
'Dataset name = ',@@A@@
'Dataset version number = ',@@A@@
'Model number = ',@@I10@@
'Blocking factor = ',@@I10@@
001100015
         3
         7
         2         3         2         3         3         2         2
         7
'Error while writing trailer of dataset ',@@I5@@
'to the ',@@A@@,' file.'
'Format = ',@@I5@@
'Dataset name = ',@@A@@
'Dataset version number = ',@@A@@
'Model number = ',@@I10@@
'Blocking factor = ',@@I10@@
001100016
         3
         4
         3         3         2         2 
         5
'Invalid total number of nodes.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Number of nodes = ',@@I10@@
001100038
         3
         4
         3         3         2         2 
         5
'Invalid total number of elements.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Number of elements = ',@@I10@@
001100045
         3
         4
         3         3         2         2
         5
'Invalid total number of boundary faces.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Number of boundary faces = ',@@I10@@
001100050
         3
         3
         2         3         2
         4
'Partitioner data contains',1X,@@I5@@,1X,@@A@@
'items, but',1X,@@I5@@,1X,'such items were expected.'
'Either an incorrect partition file has been used or'
'repartitioning is required.'
001100057
         3
         7
         3         3         2         2         3         2         2
         8
'Invalid total number of faces in a boundary condition.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Boundary condition number = ',@@I5@@
'Boundary condition name = ',@@A@@
'Physical type = ',@@I5@@
'Number of faces in this boundary condition = ',@@I10@@
001100087
         3
         2
         3         3
         3
'A required solver control parameter is missing.'
'File = ',@@A@@
'Parameter = ',@@A@@
001100089
         3
         2
         2         3
         3
'Error: an attempt was made to use an undefined variable.'
'Line number = ',@@I5@@
'Variable = ',@@A@@
001100101
         3
         8
         3         3         2         2         3         2         2         2
         9
'Invalid data type for nodal or elemental field.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Field number = ',@@I10@@
'Field name = ',@@A@@
'Field type = ',@@I10@@
'Field data type = ',@@I10@@
'Number of vector components = ',@@I5@@
001100112
         3
         8
         3         3         2         2         3         2         2         2
         9
'Invalid physical type for a boundary face set.'
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Element set number = ',@@I5@@
'Element set name = ',@@A@@
'Physical type = ',@@I5@@
'Logical type = ',@@I5@@
'Number of elements in this element set = ',@@I10@@
001100113
         3
         8
         3         3         2         2         3         2         2         2
         9
'Invalid total number of elements in an element set.' 
'File = ',@@A@@
'Dataset name = ',@@A@@
'Dataset number = ',@@I5@@
'Element set number = ',@@I5@@
'Element set name = ',@@A@@
'Physical type = ',@@I5@@
'Logical type = ',@@I5@@
'Number of elements in this element set = ',@@I10@@
001100177
         4
         1
         3
         1
'Internal error for ',@@A@@,' array while initializing parser.'
001100246
         3
         1
         3
         2
'The following error occurred while initialising shared licensing: '
'   ',@@A@@
001100247
         3
         1
         3
         18
' '
'The solver is unable to continue because of licensing problems.'
' '
'A license for the following capability level could not be checked'
'out: '
' '
@@A@@
' '
'Please carefully examine the error message output above and check'
'that:'
' '
'1) The license server is specified correctly and is running.'
' '
'2) An appropriate license is available for checking out.'
' '
'These problems can be checked using the ANSYS Client ANSLIC_ADMIN'
'utility.  For further troubleshooting information please consult'
'ANSYS, Inc. Licensing Guide.'
001100248
         3
         1
         3
         20
' '
'The solver is unable to continue because of licensing problems.'
'Licenses were lost while the ANSYS CFX Solver was running.'
' '
'Please carefully check your licensing setup.  One or more of the'
'following problems may have occurred:'
' '
'1) The license server is no longer running.'
' '
'2) The license server was restarted.'
' '
'3) The license server is still running but the solver'
'   lost contact, possibly due to network problems.'
' '
'These problems can be checked using the ANSYS Client ANSLIC_ADMIN'
'utility.  For further troubleshooting information please consult'
'ANSYS, Inc. Licensing Guide.'
' '
'The solver will stop and a results file will be written.'
@@A@@
001100256
         3
         1
         2
         3
'Invalid target residual type,  please check the parameter '
'TARGET_RESIDUAL_TYPE in the DEF file.'
'Current TARGET_RESIDUAL_TYPE = ',@@I3@@
001100279
         3
         6
         3         3         3         3         3         3
         6
@@A@@
@@A@@
@@A@@
@@A@@
@@A@@
@@A@@
001100281
         3
         0
         5
'Two disconnected groups of domains have been generated.  This is'
'not supported yet in the flow solver.  The likely cause is that'
'one or more of your Domains are not connected by a "Fluid Fluid"'
'or "Fluid Solid" Domain Interface boundary condition.  Please'
'carefully review your problem definition for this situation.'
001100283
         3
         1
         3
         5
'The following expert parameter is no longer supported:'
' '
T8,@@A@@
' '
'Please use the corresponding CCL structures.'
001100284
         1
         1
         3
         5
'The following expert parameter is no longer supported:'
' '
T8,@@A@@
' '
'Please use the corresponding CCL structures.'
001100285
         1
         1
         3
         1
T2,@@A@@
001100286
         1
         0
        21
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The expert parameters for temperature damping are deprecated.',\
 T71,'|'
' | Values are still applied for compatibility with previous', T71,'|'
' | simulations.  However, it is recommended to use the corresponding',\
 T71,'|'
' | CCL structures for solver control.', T71,'|'
' +',68('-'),'+'
' '
' SOLVER CONTROL:'
'   TEMPERATURE DAMPING:'
' #   Option = Automatic            # default'
' #   Option = None                 # turn-off damping'
'     Option = Temperature Damping  # turn-on damping'
'     Temperature Damping Limit = <real> [K]'
'     Under Relaxation Factor   = <real>'
'   END'
' END'
' '
001100287
         3
         1
         3
         5
'The following expert parameter is no longer supported:'
' '
T8,@@A@@
' '
'Please use the following expert parameter, which replaces it.'
001100288
         2
         3
         3       3       2
         10
1X,'The following message handling error occurred:'
1X,@@A@@
1X,'Hostname:    ',@@A@@
1X,'Port number: ',@@I8@@
1X,' '
1X,'Messages will now be handled using a less robust method,'
1X,'with a greater risk of parallel deadlocks.'
1X,' '
1X,'Note: Ensure that the hostname shown above can be resolved'
1X,'from all hosts used for the run.'
001100289
       999
         0
         6
/1X,'+',68('-'),'+'
' |                       ****** Warning ******', T71,'|'
1X,'|',T71,'|'
1X,'| One or more unavailable variables have been removed from output ', T71,'|'
1X,'| at the following Monitor locations. This may be because they', T71,'|'
1X,'| are boundary-only, or not relevant to the current physics setup.', T71,'|'
001100290
       999
         1
         3
         1
1X,'|    ',@@A@@,T71,'|'
001100291
       999
         3
         3   3   3
         7
/1X,'+',68('-'),'+'
' |                       ****** Warning ******', T71,'|'
1X,'|',T71,'|'
1X,'| Unable to write variable: ',@@A@@, T71,'|'
1X,'| at domain interface: ',@@A@@, T71,'|'
1X,'| to results file: ',@@A@@,'. ', T71,'|'
1X,'+',68('-'),'+'
001100292
       999
         0
         2
/1X,'+',68('-'),'+'
1X,'| Writing Monitor Surface data to the following files:',T71,'|'
001100293
       999
         1
         3
         3
/1X,'+',68('-'),'+'
1X,'| Writing Monitor Object data to ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
001100294
         999
         1
         2
         9
/1X,'+',68('-'),'+'
1X,'|                       ****** Notice ****** ',                     T71,'|'
1X,'| ',                                                                T71,'|'
1X,'| The message handler self test was successful but an unexpectedly',T71,'|'
1X,'| high response time of ',@@I4@@,' seconds was detected, which may',T71,'|'
1X,'| indicate slow network performance.',                                       T71,'|'
1X,'| ',                                                                T71,'|'
1X,'| Execution will proceed.',                                         T71,'|'
1X,'+',68('-'),'+'
001100295
       999
         0
        11
/1X,'+',68('-'),'+'
' |                       ****** Warning ******',T71,'|'
' |',T71,'|'
' | Topology simplification is activated with the following ',T71,'|'
' | restrictions: ', T71,'|'
' |',T71,'|'
' | - Mesh regions referenced only within User Fortran and NOT ',T71,'|'
' |   in the command file will cause the solver to stop. ',T71,'|'
' | - The solver will stop during any "Edit Run in Progress" step',T71,'|'
' |   if new 2D regions are referenced.',T71,'|'
1X,'+',68('-'),'+'
001100296
       999
         0
         7
/1X,'+',68('-'),'+'
' |                       ****** Warning ******',T71,'|'
' |',T71,'|'
' | Topology simplification cannot be applied to cases with system ',T71,'|'
' | coupling. The corresponding expert parameter has been modified ',T71,'|'
' | and topology simplification has been disabled.',T71,'|'
1X,'+',68('-'),'+'
001100297
       999
         0
        10
/1X,'+',68('-'),'+'
' |                       ****** Warning ******',T71,'|'
' |',T71,'|'
' | Topology simplification cannot be applied to domains with ',T71,'|'
' | ''Discrete Transfer'' or ''Monte Carlo'' radiation if boundary ',T71,'|'
' | coarsening is restricted to face sets (default behaviour).',T71,'|'
' | In order to allow topology simplification for these domains, the ',T71,'|'
' | boundary coarsening must be restricted to boundary patches by',T71,'|'
' | setting the expert parameter ''radiation agglomeration option=0''.',T71,'|'
1X,'+',68('-'),'+'
001100298
         2
         1
         3
         6
'The 2D region'
2X,@@A@@
'can not be mapped during a Edit Run in Progress step due to the'
'use of topology simplification. Please ensure that this region'
'is referenced at the start of the run or switch off topology'
'simplification using the corresponding expert parameter.'
002100001
         2
         3
         3  3  3
         7
/1X,'Domain Group: ',@@A@@
 1X,' '
 T4,'The pressure level is set by the following boundary condition:'
 T4,'Domain Name : ',@@A@@
 T4,'Boundary Patch Name : ',@@A@@
 T4,'However, pressure level information has also been set.'
 T4,'The specified information will be ignored.'
002100002
         3
         1
         3
         4
'Mesh deformation is active in the porous domain named:'
T4,@@A@@
'This capability is not yet supported.  Please either disable '
'mesh deformation or change to a fluid (or solid) domain type.'
002100004
         1
         0
         4
'The Reynolds number is outside of the range expected based on the'
'Option selected for the TURBULENCE MODEL. Check this setting,'
'the values of the properties, mesh scale, consistency of units'
'and solution values in the input file. Execution will proceed.'
002100005
       999
         3
         3         3         3
        13
' '        
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | ',@@A@@,' in domain ''',@@A@@,'''', T71,'|'
' | has been initialised from ',@@A@@,'.', T71,'|'
' | This is an approximate method and it is recommended to verify', T71,'|'
' | that the effective initial values are as expected.', T71,'|'
' |', T71,'|'
' | If you prefer using builtin or specified initial values, instead', T71,'|'
' | of restarting from previous data, set the expert parameter',T71,'|'
' | "allow mixfrc ic from mcf = f".',T71,'|'
' +',68('-'),'+'
002100010
         3
         4
         1    1    1    1
         6
'A negative SECTOR volume has been detected.  Execution will be '
'terminated because the expert parameter ''negative volume option'' '
'has been set to 1.  The location of the first negative volume '
'is reported below.'
'    Volume   : ', @@E12.4@@
'    Location : (',@@E13.5@@,',',@@E13.5@@,',',@@E13.5@@,')'
002100011
         3
         4
         1    1    1    1
         7
'A negative SECTOR volume has been detected. Execution will proceed'
'but this is a possible cause of robustness problems. '
'The location of the first negative volume is reported below.'
'    Volume   : ', @@E12.4@@
'    Location : (',@@E13.5@@,',',@@E13.5@@,',',@@E13.5@@,')'
'This warning may be made fatal by setting the expert parameter'
'''negative volume option = 1''.'
002100012
         3
         4
         1    1    1    1
         5
'A negative ELEMENT volume has been detected.  This is a fatal'
'error and execution will be terminated.  The location of the first '
'negative volume is reported below.'
'    Volume   : ', @@E12.4@@
'    Location : (',@@E13.5@@,',',@@E13.5@@,',',@@E13.5@@,')'
002100013
         3
         2
         2 3
         22
'The symmetry boundary condition requires that the boundary patch'
'mesh faces form a plane or axis.  However, face set ',@@I3@@,' in the '
'symmetry boundary patch'
' '
' ',@@A@@
' '
'is not in a strict plane, which means that at least one of its'
'faces is not parallel to the others.  To make the solver run'
'you can do one of the following:'
' '
' (1) Make sure that this symmetry boundary patch is in a plane or'
'     axis by checking and regenerating the mesh.'
' (2) If the symmetry boundary patch is an axis rather than a'
'     plane, change the tolerance of the degeneracy check by'
'     increasing the value of the Solver Expert Parameter '
'     ''degeneracy check tolerance'' (the default value is 1.e-4).'
' (3) Increase the value of the Solver Expert Parameter'
'     ''vector parallel tolerance'' (the default value is 1 deg.).'
'     Note that the accuracy of the symmetry condition may decrease'
'     as the tolerance is increased.  This is because the tolerance'
'     is the number of degrees that a mesh face normal is allowed '
'     to deviate from the average normal for the entire face set.'
002100015
         1
         0
         3
'The selected turbulence model is inconsistent with Expert Solver'
'Parameter SOLVE RS EPS being true. It will be set to false'
'and execution will proceed.'
002100024
         3
         2
         3 1
         13
'The specified flow direction on boundaries must not be tangential'
'to the boundary.  However, on the boundary patch'
' '
' ',@@A@@
' '
'a specified flow direction having an angle of ',@@0PF6.1@@,' degrees'
'was found, which the solver considers as being nearly tangential.'
'Please do one of the following:'
'(1) Check your direction specification on this boundary.'
'(2) Set the ''Flow Direction Linearisation'' to ''Velocity Magnitude'' '
'    in your boundary specification.'
'(3) Modify the solver tolerance by decreasing the expert parameter'
'    ''tangential vector tolerance'' below its default of 10 degrees.'
002100025
         3
         2
         2 3
         22
'The symmetry boundary condition requires that the boundary patch'
'mesh faces form a plane or axis.  However, face set ',@@I3@@,' in the '
'symmetry boundary patch'
' '
' ',@@A@@
' '
'is not in a strict axis, which means that at least one of its'
'faces is not parallel to the others.  To make the solver run'
'you can do one of the following:'
' '
' (1) Make sure that this symmetry boundary patch is in a plane or'
'     axis by checking and regenerating the mesh.'
' (2) If the symmetry boundary patch is plane rather than an axis, '
'     change the tolerance of the degeneracy check by decreasing'
'     the value of the Solver Expert Parameter '
'     ''degeneracy check tolerance'' (the default value is 1.e-4).'
' (3) Increase the value of the Solver Expert Parameter'
'     ''vector parallel tolerance'' (the default value is 1 deg.).'
'     Note that the accuracy of the symmetry condition may decrease'
'     as the tolerance is increased.  This is because the tolerance'
'     is the number of degrees that a mesh face normal is allowed '
'     to deviate from the average normal for the entire face set.'
002100026
         3
         2
         2 3
         17
' Face set ',@@I3@@,' in the wall boundary patch'
' '
' ',@@A@@
' '
' appears to be degenerate.  Execution will proceed, but you'
' should consider doing one of the following:'
' '
' (1) Make sure that this boundary has finite area by checking'
'     the mesh.'
' (2) If you used Volume Mesh Import, make sure you used '
'     Duplicate Node Check to eliminate degenerate faces arising'
'     from coincident nodes.'
' (3) If this boundary patch corresponds to an axis, use a '
'     Symmetry boundary condition instead of a Wall.'
' (4) Change the tolerance of the degeneracy check by decreasing'
'     the value of the Solver Expert Parameter'
'     ''degeneracy check tolerance'' (the default value is 1.e-4).'
002100027
         3
         3
         1 1 1
         6
'At least one highly skewed element has been detected on a wall '
'boundary, leading to an unreliable near-wall distance calculation'
'for the turbulent wall functions.  The solver will continue'
'to execute, but convergence and/or accuracy may be affected.'
'Please consider improving the mesh quality.  The coordinates of '
'the element face are (',@@E12.4@@,',',@@E12.4@@,',',@@E12.4@@,' ).'
002100028
         1
         2
         1         1
         5
'Soot model coefficients for nuclei spontaneous formation rate:'
'Both Value and log(Value) specified for pre-exponential factor.'
'  Value      = ',@@1PE12.4@@
'  log(Value) = ',@@1PE12.4@@
'Effective value derived from log(Value).'
002100029
         3
         0
         3
'The solver has detected a negative Uplus in the turbulent wall '
'functions.  The likely reason is a wall roughness which is too '
'large.  Please check that the wall roughness is correct.'
002100030
         3
         2
         3 3
         11
' '
'The homogeneous turbulence model does not permit mixed no-slip '
'and free slip walls.  However, these are combined on the patch '
' '
' ',@@A@@
' '
'Execution will proceed, but the no-slip condition for the fluid '
' '
' ',@@A@@
' '
'will be used for all other fluids.'
002100031
         1
         4
         1 1 1 1
         6 
'A near wall element with a thickness that is ', @@F5.1@@, ' times smaller '
'that the specified wall roughness was found near the coordinates: '
'(',@@E12.4@@,',',@@E12.4@@,',',@@E12.4@@,' ). Even thinner elements '
'may exist in other regions of the domain.  Wall elements that are ' 
'significantly thinner than the wall roughness may seriously affect '
'the accuracy of turbulent wall function calculations.'
002100032
         3
         2
         3 3
         3
'The property ',@@A@@,
'is only present in some of the components of the mixture '
@@A@@,'.'
002100033
         1
         2
         3 3
         8
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The property ',@@A@@, T71,'|'
' | is only present in some of the components of the mixture ', T71,'|'
' | ',@@A@@,'.', T71,'|'
' +',68('-'),'+'
002100034
         3
         2
         3 2
         10
' Each vertex is permitted to participate in only one unique '
' periodic interface transformation.  However, some vertices in '
' the domain'
' '
' ',@@A@@
' '
' participate in more than one of these transformations.  The '
' first such vertex is ',@@I8@@,'.  Please change the connection '
' types of some or all of the associated periodic interfaces to '
' be GGI rather than Automatic.'
002100035
         1
         3
         3 3 3
         7
' +',68('-'),'+'
'|                       ****** Notice ******'                        ,T71,'|'
'| Interface data is needed to define secondary fluxes for the'       ,T71,'|'
'| fluid pair ',@@A@@,'.'                                             ,T71,'|'
'| However, the data ',@@A@@,' is absent for the equation'            ,T71,'|'
'| ',@@A@@,'.  Zero values will be assumed.'                          ,T71,'|'
' +',68('-'),'+'
002100036
         3
         0
         7
'Error setting up burning velocity model (BVM):'
'Laminar burning velocity information found for more than one'
'reaction.  For partially premixed combustion models the laminar'
'burning velocity must be specified for only one reaction per fluid.'
' '
'Remove the laminar burning velocity definition from one of the'
'reactions of type "Flamelet Library".'
002100037
         3
         0
         7
'Error setting up burning velocity model (BVM):'
'Could not find laminar burning velocity information.'
'For partially premixed combustion models the laminar burning'
'velocity must be specified for exactly one reaction per fluid.'
' '
'Laminar burning velocity needs to be specified for one reaction of'
'the type "Flamelet Library".'
002100038
         3
         5
         3         3         3         3         3
         6
'Option specified for CHILD MATERIAL invalid in current context.'
'  Reaction       : ',@@A@@
'  Object         : ',@@A@@
'  Child Material : ',@@A@@
'  Option is      : ',@@A@@
'  Expected Option: ',@@A@@
002100039
         3
         4
         3         3         3         3
         5
'Option specified for CHILD MATERIAL invalid in current context.'
'  Fixed Composition Mixture: ',@@A@@
'  Child Material           : ',@@A@@
'  Option is                : ',@@A@@
'  Expected Option          : ',@@A@@
002100040
         3
         0
         3
'Exactly one Junction Box Routine must be specified for this form '
'of mesh deformation.  More or less than one routine has been '
'specified in the problem setup.'
002100041
         3
         0
         4
'The Junction Box Location for the routine used in domain mesh '
'deformation is not allowed.  Please review the problem setup and '
'ensure that the Location is either Start of Time Step or Start of'
'Coefficient Loop.'
002100043
         3
         1
         3
         9
'Failed to find the following component in the Flamelet library:'
' '
T6,@@A@@
' '
'A component must not be defined as "Option = Automatic" or'
'"Option = Library" if it is not part of the Flamelet library.'
'To solve for a component not in the library, for example for the'
'kinetic NO formation model, consider defining the component as'
'"Option = Transport Equation".'
002100044
         3
         3
         3         3         3
         7
'Error detected for Activation Energy/Temperature in reaction:'
' '
T6,@@A@@
' '
@@A@@,':'
@@A@@,' of Activation Energy and Activation Temperature found,'
'but exactly one must be specified for Arrhenius type rates.'
002100045
         3
         2
         3         3
         8
'Error detected for Temperature PDF range limits in reaction:'
' '
T6,@@A@@
' '
@@A@@,':'
'Temperature integration range given both as Temperature Limit List'
'and as Upper/Lower Temperature.  Temperature range must be'
'specified by only one of the two methods.'
002100046
         3
         2
         3         3
         7
'Error detected for Temperature PDF range limits in reaction:'
' '
T6,@@A@@
' '
@@A@@,':'
'Temperature integration range missing or incomplete.  Temperature'
'range must be specified by Lower/Upper Temperature.'
002100047
         3
         1
         3
        10
'Wall scale equations require at least one no-slip wall.  However,'
'no such boundary condition exists for the following fluid:'
' '
T6,@@A@@
' '
'The solver can only work around if this situation applies to ALL'
'wall scale equations.'
' '
'Consider changing the turbulence model for the fluid to one that'
'does not rely on wall distance, e.g. k-epsilon instead of SST.'
002100048
         3
         0
        15
'All vertices for a fluid domain lie on boundaries.  This is'
'considered to be a fatal error because control volume gradients'
'cannot be calculated, leading to serious discretization error.'
' '
'A common cause for this error is a mesh which is only one'
'element thick, without symmetry or 1:1 periodicity on the lateral'
'boundaries.  If you have this situation, and the domain is '
'two-dimensional, please change the lateral boundary conditions'
'to symmetry or 1:1 periodicity.  Alternatively, for '
'three-dimensional simulations, please ensure that your mesh '
'has at least two elements across.'
' '
'Execution is terminating.  This error message can be bypassed by'
'setting the expert parameter ''boundary vertex check = f'', but'
'be aware that doing so may lead to significant solution error.'
002100049
         3
         6
         3         3         3         3         3         3
        12
'No boundary condition that is compatible with the following data '
'transfer definition could be identified: '
' '
T6,'Sending process   : ',@@A@@
T6,'Sending region    : ',@@A@@
T6,'Sending variable  : ',@@A@@
T6,'Receiving process : ',@@A@@
T6,'Receiving region  : ',@@A@@
T6,'Receiving variable: ',@@A@@
' '
'Please review the ANSYS CFX boundary condition and external data '
'transfer definitions. '
002100050
         3
         4
         3         3         3         1
         4
@@A@@,' data does not sum to 100% for'
'material: ',@@A@@
' '
@@A@@,' = ',@@1PE12.4@@
002100051
         1
         3
         3         3         1
        10
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Reactants and products do not balance for a reaction.', T71,'|'
' | Products ',@@A@@,' be scaled for conservation of mass.', T71,'|'
' |', T71,'|'
' | Reaction       :  ',@@A@@, T71,'|'
' | Products scale =',@@F8.4@@, T71,'|'
' +',68('-'),'+'
002100052
         3
         3
         3         3         3
         7
'Error processing hydrocarbon fuel proximate/ultimate analysis:'
'Attempt to modify volatiles material by more than a single'
'hydrocarbon fuel.'
' '
'Volatiles material        : ',@@A@@
'Current hydrocarbon fuel  : ',@@A@@
'Previous hydrocarbon fuel : ',@@A@@
002100053
         3
         3
         3         3         3
         6
'Error setting up the hydrocarbon fuel (particle):'
'The coupled fluid must be the gas mixture material.'
' '
'Particle      :  ',@@A@@
'Gas mixture   :  ',@@A@@
'Coupled fluid :  ',@@A@@
002100054
         3
         6
         3         3         3         3         3         3
        10
'An external process has requested the following data:'
T6,'Family   : ',@@A@@
T6,'Attribute: ',@@A@@
T6,'What     : ',@@A@@
T6,'Where    : ',@@A@@
T6,'When     : ',@@A@@
' '
'Unfortunately, the following error was generated while attempting '
'to service the request: '
T6,@@A@@
002100055
         3
         1
         3
         7
'An ANSYS CFX solution variable has been requested by an external '
'process.  Unfortunately, the specified variable name is not '
'explicit enough to be resolved in the current ANSYS CFX simulation. '
'Consider adding a phase or material prefix to the specified '
'variable as follows:'
' '
T6,'<material/phase>.',@@A@@
002100056
         3
         1
         3
         8
'An ANSYS CFX boundary condition that requires data from an external'
'coupled solver (e.g. ANSYS Multi-field) has been used on '
'     ANSYS CFX boundary : ', @@A@@
' '
'The required data is not available because either: '
'  - a coupling to the external solver has not been established, or' 
'  - the external solver is not aware that it must provide the data'
'    (e.g. missing MFLC command in the ANSYS Multi-field setup).'
002100057
         1
         3
         3 3 1
        16
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | An unbounded advection discretisation scheme was specified for the', T71,'|'
' | transport equation of a bounded variable.  The advection scheme is', T71,'|'
' | changed to a bounded scheme.', T71,'|'
' |', T71,'|'
' | Equation              : ',@@A42@@, T71,'|'
' | Requested adv. scheme = ',@@A42@@, T71,'|'
' | Effective adv. scheme = High Resolution', T71,'|'
' | Maximum Blend Factor  = ',@@F8.5@@, T71,'|'
' |', T71,'|'
' | The unbounded advection scheme can be forced for the equation', T71,'|'
' | by defining in the corresponding equation class settings.', T71,'|'
' +',68('-'),'+'
002100058
         1
         3
         3 3 1
        16
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | An unbounded transient discretisation scheme was specified for the', T71,'|'
' | transport equation of a bounded variable.  The transient scheme is', T71,'|'
' | changed to a bounded scheme.', T71,'|'
' |', T71,'|'
' | Equation              : ',@@A42@@, T71,'|'
' | Requested trn. scheme = ',@@A42@@, T71,'|'
' | Effective trn. scheme = High Resolution', T71,'|'
' | Maximum Blend Factor  = ',@@F8.5@@, T71,'|'
' |', T71,'|'
' | The unbounded transient scheme can be forced for the equation', T71,'|'
' | by defining in the corresponding equation class settings.', T71,'|'
' +',68('-'),'+'
002100060
         3
         2
         3         3
         6
'An external solver that CFX is coupled to has experienced a fatal '
'error.  Both the CFX and external solvers are terminating.'
T6,'External process  : ',@@A@@
T6,'Error experienced : ',@@A@@
'Please review the output, error and log files from both the CFX '
'and external processes to determine the cause of the error.'
002100061
         3
         2
         3         3
         8
'The connection between this CFX process and an external process '
'has died unexpectedly.  The following error was received: '
T6,'External process  : ',@@A@@
T6,'Error experienced : ',@@A@@
' '
'** This error is fatal:  Terminating ANSYS CFX Solver execution **'
'Please review the output, error and log files from both the CFX '
'and external processes to determine the cause of the error.'
002100062
         1
         2
         3         3
        12
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The model setup requires temperature variance, but a transport',T71,'|'
' | equation for this variable can be solved only in combination with',T71,'|'
' | a 2-equation or higher turbulence model.',T71,'|'
' | Setting temperature variance to zero (laminar).',T71,'|'
' |', T71,'|'
' | Domain :  ',@@A@@,T71,'|'
' | Fluid  :  ',@@A@@,T71,'|'
' +',68('-'),'+'
002100063
         3
         4
         3         1         1         1
        11
' '
'Error processing hydrocarbon fuel proximate/ultimate analysis:'
' '
'Effective reference enthalpy for volatiles fuel material does not'
'match the specified overall heating value for the hydrocarbon'
'fuel.'
' '
'Hydrocarbon fuel        :  ',@@A@@
'Specified heating value =',@@1PE12.4@@
'Effective heating value =',@@1PE12.4@@
'Relative error          =',@@1PE12.4@@
002100064
         3
         6
         3         3         3         3         3         3
        13
'The receiving region and variable/data type in an existing data' 
'transfer definition are duplicated in the definition: '
' '
T6,'Sending process   : ',@@A@@
T6,'Sending region    : ',@@A@@
T6,'Sending variable  : ',@@A@@
T6,'Receiving process : ',@@A@@
T6,'Receiving region  : ',@@A@@
T6,'Receiving variable: ',@@A@@
' '
'Such duplicates are not supported.  Please review the ANSYS CFX '
'boundary condition and external data transfer definitions for '
'setup errors.'
002100065
         3
         5
         3         1         1         1         1
        10
'The boundary patch'
'  ',@@A@@
'seems to be a surface of constant radius for which the radial '
'equilibrium boundary condition is not applicable.'
'  Minimum radius =  ',@@1PE11.5@@
'  Maximum radius =  ',@@1PE11.5@@
'  Neta extent    =  ',@@1PE11.5@@,'  (1-RMIN/RMAX)'
'The minimum allowed neta extent for the radial equilibrium '
'boundary condition is controlled with the expert parameter '
'"radeq minimum neta extent", currently set to ',@@1PE11.5@@,'.'
002100066
         1
         1
         2
        12
' '
' An error has occurred while attempting to map user points to '
' existing mesh nodes.  More than one user point has been mapped '
' to the same mesh node.  This can occur if the expert parameter '
' "octree search tolerance" is too large (default is 5e-6), or if '
' there are nearly co-incident mesh nodes (e.g. mesh interfaces).'
' ' 
' If you would like CFX to attempt to resolve this problem by '
' searching more elements for an alternate node mapping, then'
' set the expert parameter "octree max multimap sch elements" to'
' a value larger than the current value: ', @@I9@@
' '
002100067
         1
         2
         2         2 
         7
' '
' An error has occurred while attempting to map user points to '
' existing mesh nodes.  The number of mesh nodes and user points '
' must be equal and they are not. '
'    Mesh Nodes : ',@@I9@@
'    User Points: ',@@I9@@
' '
002100068
         1
         1
         1
         9
' '
' An error has occurred while attempting to map user points to '
' existing mesh nodes.  A user point was found that could not be '
' mapped to any mesh nodes.  '
' '
' This problem occurred while searching individual mesh elements. '
' Please increase the expert parameter "octree search tolerance" '
' to a value larger than the current value: ',@@1PE12.4@@
' '
002100069
         1
         0 
         9
' '
' An error has occurred while attempting to map user points to '
' existing mesh nodes.  A user point was found that could not be '
' mapped to any mesh nodes.  '
' '
' This problem occurred while searching groups of mesh elements. '
' Please increase the expert parameter "octree bndbox tolerance" '
' to a value larger than the default, 1e-2.'
' '
002100070
         3
         0
         4
'Coupling Time Duration has been chosen in the transient setup for'
'this simulation, however, the CFX solver was started without '
'being coupled to an external solver.  Please review the user ' 
'documentation for more information on running coupled simulations.'
002100071
         3
         1
         3
         8
'A flow based (Globally Conservative or Conservative Profile '
'Preserving) interpolation has been used in a data transfer '
'definition for the following flux based quantity:'
' '
T6,@@A@@
' '
'This combination is not allowed. Please use the flux based '
'(Profile Preserving) interpolation.'
002100072
         3
         2
         3         3
         8
' '
'Error setting up hydrocarbon fuel proximate/ultimate analysis:'
' '
'Missing ',@@A@@,' reaction, but this reaction is'
'required for calculation of volatiles heat release'
'(calculation of volatiles reference enthalpy).'
' '
'Particle      :  ',@@A@@
002100073
         1
         3
         3         3         3
        12
1X,'+',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |',T71,'|'
' | For hydrocarbon fuel proximate/ultimate analysis, multiple',T71,'|'
' | reactions of the same type found.  Only one of these will be',T71,'|'
' | effective for calculation of volatiles reference enthalpy.',T71,'|'
' |',T71,'|'
' | Particle     :  ',@@A@@,T71,'|'
' | Reaction type:  ',@@A@@,T71,'|'
' | Reaction for volatiles heat release calculation:',T71,'|'
' |                 ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
002100074
         3
         2
         3         3
         8
' '
'The reaction rate for a regular (ie not post processing) reaction'
'seems to depend on a post processing component: The component'
'either is a reactant or is used by an expression for the reaction'
'rate. This is physically invalid.'
' '
'Reaction  :  ',@@A@@
'Component :  ',@@A@@
002100075
         3
         2
         3         3
         8
' '
'The spark region defined by the transition radius is empty, but at'
'least 1 mesh vertex is required to be located inside the'
'transition region.  Consider refining the mesh in the region of'
'spark ignition or increase the transition radius.'
' '
'Domain :  ',@@A@@
'Fluid  :  ',@@A@@
002100076
         3
         2
         3         3
         5
'A fatal error has occurred while attempting to convert coupling '
'data between the following units: '
' '
T6,'Source units      : ',@@A@@
T6,'Destination units : ',@@A@@
002100077
         3
         3
         3         3         3
         7
'Inconsistent definition of chemistry tables:  Only a single'
'reaction of the type "Flamelet Library" is allowed for each'
'reacting mixture.'
' '
'Mixture material        : ',@@A@@
'First  library reaction : ',@@A@@
'Second library reaction : ',@@A@@
002100078
         1
         5
         3         1         1         1         1
        30
/1X,'+',68('-'),'+'
1X,'|                         ****** Notice ****** ',T71,'|'
1X,'|',T71,'|'
1X,'| NASA format thermodynamic properties for mixture components are    |'
1X,'| defined with different temperature limits.',T71,'|'
1X,'|',T71,'|'
1X,'| Mixture material    : ',@@A@@,T71,'|'
1X,'|',T71,'|'
1X,'| Largest individual temperature range for components:',T71,'|'
1X,'|   Lower Temperature :',@@F10.2@@,T71,'|'
1X,'|   Upper Temperature :',@@F10.2@@,T71,'|'
1X,'|',T71,'|'
1X,'| Common temperature range:',T71,'|'
1X,'|   Lower Temperature :',@@F10.2@@,T71,'|'
1X,'|   Upper Temperature :',@@F10.2@@,T71,'|'
1X,'|',T71,'|'
1X,'| Thermodynamic properties for the mixture will be evaluated using   |'
1X,'| NASA polynomials within the common temperature range.  Outside the |'
1X,'| common temperature range thermodynamic properties will be          |'
1X,'| extrapolated based on the specific heat capacity evaluated at the  |'
1X,'| common limit.',T71,'|'
1X,'|',T71,'|'
1X,'| Evaluation of thermodynamic properties within the full temperature |'
1X,'| range for each individual component will be more accurate for      |'
1X,'| temperatures outside the common range, but at a somewhat higher    |'
1X,'| numerical cost.  This mode can be forced by setting the following  |'
1X,'| expert parameter to 0 or 1:',T71,'|'
1X,'|',T71,'|'
1X,'|   mixture property opt = 1',T71,'|'
1X,'+',68('-'),'+'
002100079
         3
         2
         3         3
         9
'Error setting up the hydrocarbon fuel (particle):'
'Only pure substances are supported for the volatiles fuel material'
' '
'Particle           : ',@@A@@
'Volatiles material : ',@@A@@
' '
'Note that for pure substances the solver will adjust the average'
'molar mass and the reference enthalpy/heating value according to'
'the fuel analysis.'
002100080
         3
         5
         3         1         1         1         1
         21
'The specified velocity vector on the boundary patch '
' '
' ',@@A@@
' '
'has a significant normal component at one or more faces. One of '
'these face locations is '
' '
' (x,y,z) = (',@@1PE12.5@@,',',@@1PE12.5@@,',',@@1PE12.5@@,').'
' '
'The angle between the specified velocity and the element surface is'
@@F8.3@@,' degrees at this face. This is considered an error because '
'it implies that the mesh is moving.  The following are possible '
'reasons for the error message:'
'1. There is a setup error; for example, an incorrect axis of '
'   rotation.'
'2. There may be a meshing problem; for example, the nodes on a ' 
'   rotating surface might not lie on the surface of revolution.'
'3. The boundary is curved and the mesh is very coarse. In this '
'   case, you may modify the tolerance by increasing the '
'   expert parameter ''tangential vector tolerance wall'' '
'   from its default of 20 degrees.'
002100081
         3
         4
         3         3         3         3
        10
' '
'A reaction has a reactant or product which is not available for'
'the domain and phase.  Every component participating in a reaction'
'must either belong to the fluid mixture or be a chemistry process'
'processing material.'
' '
'Domain    :  ',@@A@@
'Phase     :  ',@@A@@
'Reaction  :  ',@@A@@
'Component :  ',@@A@@
002100082
         3
         2
         3        3
        19
' '
'The "Equilibrium" option for backward reaction rate has been'
'defined for a non-elementary reaction:'
' '
T6,@@A@@
' '
'This is physically invalid.  The "Equilibrium" option for backward'
'reaction rate is physically valid only when each component in the'
'reaction has equal reaction order and stoichiometric coefficient.'
' '
'The "Equilibrium" backward reaction rate treatment for unequal'
'reaction order/stoichiometric coefficient may be controlled by'
'setting the expert parameter "',@@A@@,'":'
'  0 - Disallow (default)'
'  1 - Apply standard recipe, even where physically invalid'
'  2 - Apply recipe with correction factor, such that the physical'
'      dimensions of the backward rate are correct and forw./backw.'
'      rates compensate in equilibrium.  Stiff chemistry solver'
'      convergence may suffer when using this option.'
002100083
         1
         2
         3         3
        11
/,' +',68('-'),'+'
' |                     ****** Notice ******',                        T71,'|'
' |',                                                                 T71,'|'
' | The High Speed (compressible) Wall Heat Transfer Model has been', T71,'|'
' | specified for an incompressible fluid.  This combination is not', T71,'|'
' | supported.  The solver will continue with the High Speed Model',  T71,'|'
' | disabled for the following domain and fluid:',                    T71,'|'
' |',                                                                 T71,'|'
' | Domain Name : ',@@A@@,                                            T71,'|'
' | Fluid Name  : ',@@A@@,                                            T71,'|'
1X,'+',68('-'),'+'
002100084
         1
         3
         3         3         1
        10
/,' +',68('-'),'+'
' | The High Speed Model for turbulent wall functions is disabled for', T71,'|'
' | a high-Mach number flow with "Total Energy" heat transfer model.',  T71,'|'
' | Consider turning on the High Speed (compressible) Wall Heat',       T71,'|'
' | Transfer Model for this domain and fluid.  Execution will proceed.',T71,'|'
' |',                                                                   T71,'|'
' | Domain Name      : ',@@A@@,                                         T71,'|'
' | Fluid Name       : ',@@A@@,                                         T71,'|'
' | Max. Mach Number =',@@1PE11.4@@,                                    T71,'|'
1X,'+',68('-'),'+'
002100085
         3
         4
         1         3         1         1
         8
'The specified reference radius'
'  Reference radius =  ',@@1PE11.5@@
'required for the radial equilibrium boundary condition applied'
'to the boundary'
'  ',@@A@@
'is outside of the radial extent of this boundary:'
'  Minimum radius   =  ',@@1PE11.5@@
'  Maximum radius   =  ',@@1PE11.5@@
002100086
         3
         0
         6
'For the Time Transformation model, results of expressions involving '
'averaging or integration of solution variables over surfaces and '
'volumes are in transformed space and cannot be directly related to '
'physical space results. To avoid misinterpretation, using or '
'reporting these quantities is not allowed. You can allow this by '
'setting the expert parameter: "monitor raw tt data = t".'
002100087
         3
         4
         1       2      1      1
         9
'The specified timestep is not consistent with the specified time '
'period, and the effective number of timesteps per period.'
' '
'  Period                         = ',@@1PE11.5@@
'  Number of Timesteps per Period = ',@@I11@@
'  Specified Computed Timestep    = ',@@1PE11.5@@
'  Expected Timestep              = ',@@1PE11.5@@
' '
'Please verify the input data is consistent.'
003100000
         3
         3
         2         2         2
         1
'NODEG, NCONG, LL =',@@I9@@,@@I9@@,@@I9@@
003100007
         3
         2
         2         2
         2
' Equation topology differs from estimated topology.'
' LLUSED=',@@I10@@,', NLNKTOT=',@@I10@@
003100008
         3
         4
         2         2         2         2
         3
'Equation structure is not symmetric'
'LLUSED, LVUSED, LMUSED, IERR='
@@I10@@,@@I10@@,@@I10@@,@@I5@@
003100009
         3
         4
         2         2         2         2
         1
'Node connectivity structure is not legal.'
003100010
         3
         0
         1
'Execution terminated.'
003100013
         3
         2
         3         3
         16
' +',68('-'),'+'
' | ',                                                                   T71,'|'
' | ','FATAL ERROR :',                                                   T71,'|'
' | ',                                                                   T71,'|'
' | ','Initial values are required for all variables in TRANSIENT runs.',T71,'|'
' | ','In this simulation, no initial value was set for ',               T71,'|'
' | ',                                                                   T71,'|'
' | ','Variable : ',@@A@@,                                               T71,'|'
' | ','Domain   : ',@@A@@,                                               T71,'|'
' | ',                                                                   T71,'|'
' | ','The value can be set using the Initialisation Branch in CFX Pre.',T71,'|'
' | ',                                                                   T71,'|'
' | ','To bypass this message and use default solver initial values,',   T71,'|'
' | ','set the expert parameter "transient initialisation override = t"',T71,'|'
' | ',                                                                   T71,'|'
' +',68('-'),'+',/
003100014
       999
         6
         3         3         3         3         3         3
        10
' '
' FATAL ERROR :'
' '
' The following export surface is supplied with an engine order '
' that does not correspond to any harmonic of the disturbance. '
' ',@@A@@
' This feature is not officially supported for the export option '
' of Harmonic Forced Response with the expert parameter "allow '
' any engine order = f". '
' '
003100015
       999
         6
         3         3         3         3         3         3
        15
' '
' FATAL ERROR :'
' '
' There are ',@@A@@,' export surfaces that are supplied with engine '
' orders that do not correspond to any harmonic of the disturbance. '
' This feature is not officially supported for the export option '
' of Harmonic Forced Response with the expert parameter "allow '
' any engine order = f". '
' A short list of export surfaces is given as follows: '
' ',@@A@@
' ',@@A@@
' ',@@A@@
' ',@@A@@
' ',@@A@@
' '
004100000
         4
         0
         1
'Fatal error found by LNCHK.'
004100003
         4
         2
         2         2
         1
'Column',@@I5@@,' in equation',@@I5@@,' not found.'
004100004
         3
         4
         2         2         2         2
         2
'Space not provided for substituted equation.'
'IROW, JCOL, LIJ, LIJT = ',@@I6@@,@@I6@@,@@I6@@,@@I6@@
004100005
         3
         4
         2         2         2         2
         2
'Space not provided for elimination factor.'
'IROW, NPIV, LIJ, LIJT = ',@@I6@@,@@I6@@,@@I6@@,@@I6@@
004100006
         4
         0
         1
'Error occurred when called by DIRECT.'
004100007
         4
         2
         2         2
         1
'No connection from equation ',@@I9@@,' to',@@I9@@,' found.'
004100008
         4
         0
         1
'Insufficient space for array LNOD.'
004100009
         4
         1
         2
         2
'Zero entry found in LNOD at equation ',@@I9@@,'.'
'Likely reason is a node unconnected to any other nodes.'
004100010
         4
         1
         2
         1
'Fatal error, MGCGB = ',@@I13@@
004100011
         4
         2
         2         2
         1
'Column',@@I9@@,' in equation',@@I9@@,' not found.'
004100012
         4
         2
         2         2
         1
'Invalid entry found in LNOD for equation ',@@I9@@,': L=',@@I10@@
004100013
         4
         2
         2         2
         1
'First entry in LCON for',@@I9@@,' was',@@I10@@
004100014
         4
         2
         2         2
         1
'Last entry in LCON for',@@I9@@,' was',@@I10@@
004100015
         4
         3
         2         2         2
         1
'Invalid entry in LCON for',@@I9@@,' of',@@I10@@,' at',@@I10@@
004100016
         4
         4
         2         2         2         2
         2
'Duplicate entry found in LCON for',@@I9@@,' of',@@I10@@
' at',@@I10@@,' and',@@I10@@
004100018
         4
         0
         1
'Fatal overflow in linear solver.'
004100019
         4
         1
         3
         1
@@A4@@,' equation divergence detected in linear solver.'
004100020
         1
         1
         1
         2
1X,'| Warning: linear solver work units of 40 met or exceeded.           |'
1X,'+--------------------------------------------------------------------+'
004100021
         3 
         0
         1
'Error code from DIRECT factorization.'
004100022
         3
         1
         2
         1
'Maximum number of grid levels of',@@I4@@,' exceeded.'
004100023
         1
         2
         3         2
         3
'Insufficient ',@@A4@@,' storage available for Multigrid Linear Solver.'
'Will attempt agglomeration again with a bigger minimum block'
'size of MGBMIN =',@@I2@@
004100024
         1
         0
         6
'Storage allocation was successful on the last attempt.'
'However, the Multigrid Solver is now running with'
'a bigger block size and may take more CPU time or fail.'
'If this is observed then the storage multiplier, available in'
'the Define Run form in the Solver Manager, should be increased'
'to e.g. 1.1.'
004100025
         3
         0
         6
'A floating point overflow has occurred. Check solver'
'parameters, boundary conditions and mesh quality.  The'
'calculation will be terminated.'
'Note: if this error occurs at the first iteration, that may'
'      be caused by the initial guess,  e.g., a zero initial'
'      velocity and zero dynamic viscosity.'
004100026
         3
         2
         2         2
         2
'The legality of agglomerate of MG solver between the Node '
@@I9@@,' and the Node ',@@I9@@,' is not bi-lateral.'
004100027
         3
         3
         2         2          2
         5
'Could not allocate enough INTEGER workspace array'
'for the parallel code in PREMG:'
'  Total INTEGER words used required in SIWK:         ',@@I10@@
'  Additional INTEGER words for the par. run in SIWK: ',@@I10@@
'  Maximum words that can be used in SIWK:            ',@@I10@@
005100001
       999
         1
         3
         3
'The interpolator has detected ',@@A@@, ' INITIAL VALUES objects, '
'and at least one has INTERPOLATION MAPPING defined. This is not '
'supported yet. '
005100002
       999
         1
         3
         3
'The interpolator has detected ',@@A@@, ' initial values files, '
'and at least one INITIAL VALUES object has INTERPOLATION MAPPING '
'defined. This is not supported yet. '
006100001
       999
         2
         1         1
         6
'The CFX results that are being used to initialise this'
'simulation were generated at a time value that is inconsistent'
'with the Initial Time value provided by the system coupling.'
'  CFX results time      :',@@1PE11.4@@
'  SC Initial Time       :',@@1PE11.4@@
'As a result, the ANSYS CFX Solver will stop now. '
006100002
       999
         1
         3
         6
'The heat transfer option for the following boundary is set to '
'System Coupling: '
@@A@@
'However, the ANSYS CFX Solver is not launched as part of a System '
'Coupling run. Please either change the heat transfer option '
'to a valid value or connect it to system coupling. '
006100003
       999
         6
         3         3         3         3         3         3
        10
'There are ',@@A@@,' boundaries which have heat transfer option set '
'to System Coupling. However, the ANSYS CFX Solver is not launched '
'as part of a System Coupling run. Please either change the heat '
'transfer option to a valid value or connect it to system coupling. '
'A short list of boundaries is given as follows: '
@@A@@
@@A@@
@@A@@
@@A@@
@@A@@
007100000
         3
         1
         2 
         1
'Beginning of line reached at line ',@@I5@@
007100001
         4
         1
         2 
         1
'JACT = ',@@I5@@
007100002
         3
         2
         2         2
         1
'Invalid character at line ',@@I5@@,' position ',@@I5@@
007100003
         3
         1
         2
         1
'Invalid character at position ',@@I5@@
007100004
         3
         2
         2         2
         1
'Expecting End-of-input at line ',@@I5@@,' position ',@@I5@@
007100005
         3
         1
         2 
         1
'Expecting End-of-input at position ',@@I5@@
007100006
         4
         1
         2
         1
'ACTION table corrupt, IACT = ',@@I5@@
007100007
         4
         2
         2         2
         2
'Parser tree pointer error. '
'Value = ',@@I5@@,' and should lie between 1 and ',@@I5@@
007100008
         4
         0
         1
'Stack underflow.'
007100009
         4
         2
         2         3
         4
'Out of space in parser stack workspace.'
'Either reduce the complexity of your input or increase the size'
'of the stack arrays from their current size of MXSTCK =',@@I5@@
'in subroutine ',@@A@@
007100010
         4
         3
         2         2         3
         4
'Out of space in parser stack workspace at line ',@@I5@@
'Either reduce the complexity of your input or increase the size'
'of the stack arrays from their current size of MXSTCK =',@@I5@@
'in subroutine ',@@A@@
007100011
         4
         1
         3
         3
'Out of space in parser stack workspace.'
'Either reduce the complexity of your input or increase the size'
'of the parameter(s) ',@@A@@,' in the MAINLINE.'
007100012
         4
         2
         2         3
         3
'Out of space in parser stack workspace at line ',@@I5@@
'Either reduce the complexity of your input or increase the size'
'of the parameter(s) ',@@A@@,' in the MAINLINE.'
008100000
         3
         3
         3         2         3
         4
'Trying to allocate memory partition, but requested'
'size was invalid.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100001
         3
         3
         3         2         3
         4
'Trying to allocate memory partition, but requested'
'type was invalid.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100002
         3
         3
         3         2         3
         5
'Trying to allocate memory partition, but out of entries in'
'memory management structures in which to store record for'
'this partition.  Try again with a larger memory multiplier.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100003
         3
         3
         3         2         3
         5
'Trying to allocate memory partition, but a partition existed by'
'the same name, and the de-allocation of this existing'
'partition failed.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100004
         3
         3
         3         2         3
         4
'Trying to allocate memory partition, but a partition existed by'
'the same name, and it was of a different memory type.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100005
         3
         3
         3         2         3
         5
'Trying to allocate memory, but there is not enough storage left of'
'the required type.  Try again with a larger storage multiplier'
'set in the Define Run form in the Solver Manager, e.g. 1.1.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100006
         3
         3
         3         2         3
         5
'Trying to allocate memory partition, but there is not enough'
'room left in the symbol table to store the memory partition'
'name.  Restart with larger NIP and NCP arrays.'
'Memory partition name = ',@@A@@
'Memory partition type = ',@@I5@@,' ',@@A@@
008100010
         3
         2
         3         2         
         4
'Trying to find the memory partition for the target array'
'by the memory partition name,  but failed to find it.' 
'Array name = ',@@A@@
'NERR from IALLOC call = ',@@I5@@,'.'
009100001
         2
         3
         3         1         1
        11
/1X,'+',68('-'),'+'
' |                       ****** Warning ******', T71,'|'
1X,'|',T71,'|'
1X,'| The Specific Heat Capacity defined by ''NASA Format'' evaluates to',T71,'|'
1X,'| zero or negative for some part of an polynomial interval.  A fatal',T71,'|'
1X,'| bounds error may occur later on, if the affected temperature range',T71,'|'
1X,'| applies to the simulation.',T71,'|'
1X,'|',T71,'|'
1X,'| Material             : ',@@A@@,T71,'|'
1X,'| Temperature Interval = [',@@F10.2@@,' ;',@@F10.2@@,' ]',T71,'|'
1X,'+',68('-'),'+'
009100002
         1
         0
         8
/1X,'+',68('-'),'+'
1X,'|',                                                                   T71,'|'
1X,'| Independent variables went out of bounds while computing the',      T71,'|'
1X,'| variables listed below using table interpolation. In each case',    T71,'|'
1X,'| the bounds error was handled by clipping or extrapolation.',        T71,'|'
1X,'| If this situation persists, consider increasing the table range.',  T71,'|'
1X,'|',                                                                   T71,'|'
1X,'+',68('-'),'+'
009100003
         1
         0
        14
/1X,'+',68('-'),'+'
1X,'|',                                                                   T71,'|'
1X,'| Newton''s method failed to converge while computing the variables', T71,'|'
1X,'| listed below. In each case, the solver continued with the variable',T71,'|'
1X,'| field as it was on the final iteration.',                           T71,'|'
1X,'|',                                                                   T71,'|'
1X,'| If this situation persists, you might try decreasing the Newton',   T71,'|'
1X,'| iteration underrelaxation factor. This can be changed by setting',  T71,'|'
1X,'| one of the following parameters for your mixture:',                 T71,'|'
1X,'|',                                                                   T71,'|'
1X,'| Temperature : "Constitutive Relation Under Relaxation"',            T71,'|'
1X,'| Pressure    : "Newton Pressure Under Relaxation"',                  T71,'|'
1X,'|',                                                                   T71,'|'
1X,'+',68('-'),'+'
009100006
         1
         3
         3         3         3
         4
1X,'|',                                                                   T71,'|'
1X,'| Location Name',       T19,': ',@@A@@,                               T71,'|'
1X,'| Mesh location',       T19,': ',@@A@@,                               T71,'|'
1X,'| Routine',             T19,': ',@@A@@,                               T71,'|'
009100007
         1
         1
         2
         1
1X,'| Partition',           T19,': ',@@I10@@,                             T71,'|'
009100008
         1
         6
         3         3         3         3         1         3
         7
1X,'| Variable Name',       T19,': ',@@A@@,                               T71,'|'
1X,'| Ind. Variable',       T19,': ',@@A@@,                               T71,'|'
1X,'| Bound',               T19,': ',@@A@@,                               T71,'|'
1X,'| ',@@A@@,' Value',     T19,':', @@1PE12.4@@,                         T71,'|'
1X,'| Handled By',          T19,': ',@@A@@,                               T71,'|'
1X,'|',                                                                   T71,'|'
1X,'+',68('-'),'+'
009100011
         1
         5
         3         1         1         1         1
        17
1X,'+',68('-'),'+'
' | Warning: The entropy tables for the following material',T71,'|'
' | ',T71,'|'
' | ',@@A@@,T71,'|'
' | ',T71,'|'
' | are possibly inconsistent.  The normalised differences between the',T71,'|'
' | s(T,p) and s(h,p) tables are as follows: ',T71,'|'
' | ',T71,'|'
' | Minimum: ',@@F6.2@@,'%',T71,'|'
' | Average: ',@@F6.2@@,'%',T71,'|'
' | Maximum: ',@@F6.2@@,'%',T71,'|'
' | ',T71,'|'
' | The error tolerance used to build the s(h,p) table was',@@F6.2@@,'%.',T71,'|'
' | This could possibly result in incorrect conversion between total',T71,'|'
' | and static pressure on boundary conditions or within the domain.',T71,'|'
' | ',T71,'|'
1X,'+',68('-'),'+'
009100012
         1
         7
         3       1       1       1       1       3       2
         7
1X,'| Variable Name',       T19,': ',@@A@@,                               T71,'|'
1X,'| Last 3 Changes',      T19,':', @@1PE13.5@@,@@1PE13.5@@,@@1PE13.5@@, T71,'|'
1X,'| Tolerance',           T19,':', @@1PE12.4@@,                         T71,'|'
1X,'| Status',              T19,': ',@@A@@,                               T71,'|'
1X,'| Max Iterations',      T19,':', @@I5@@,                              T71,'|'
1X,'|',                                                                   T71,'|'
1X,'+',68('-'),'+'
009100014
         1
         9
         2       3       3       3       3       1       1       1       1
         13
1X,'+',68('-'),'+'
' |                     ****** Notice ****** ',T71,'|'
' | Newtons method converged in',@@I5@@,' iterations calculating the',T71,'|'
' | following variable:',T71,'|'
' | ',T71,'|'
' | Variable Name  : ',@@A@@,T71,'|'
' | Location Name  : ',@@A@@,T71,'|'
' | Mesh location  : ',@@A@@,T71,'|'
' | Mesh entity    : ',@@A@@,T71,'|'
' | Last 3 Changes :',@@1PE13.5@@,@@1PE13.5@@,@@1PE13.5@@,T71,'|'
' | Tolerance      :',@@1PE12.4@@,T71,'|'
' | ',T71,'|'
1X,'+',68('-'),'+'
009100015
         1
         3
         3       3       1
         17
1X,'+',68('-'),'+'
' |                     ****** Notice ****** ',T71,'|'
' | The non-dimensional near wall temperature (T+) has been clipped',T71,'|'
' | for calculation of ',@@A@@,'.',T71,'|'
' | ',T71,'|'
' | Boundary Condition : ',@@A@@,T71,'|'
' | T+ clip value      =',@@1PE12.4@@,T71,'|'
' | ',T71,'|'
' | If this situation persists and you are using the High Speed Model,',T71,'|'
' | consider enabling Mach number based blending between low speed and',T71,'|'
' | high speed wall functions.  You can do so by specifying a Mach',T71,'|'
' | number threshold as follows:',T71,'|'
' | ',T71,'|'
' | EXPERT PARAMETERS:',T71,'|'
' |   highspeed wf mach threshold = 0.1     # default=0.0 (off)',T71,'|'
' | END',T71,'|'
1X,'+',68('-'),'+'
009100022
         2
         4
         3         3         3         3
        12
/1X,'+',68('-'),'+'
1X,'|                         ****** Notice ****** '                  ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| A zero Reference ',@@A@@,' is set for an entropy recipe.'       ,T71,'|'
1X,'| Material       : ',@@A@@                                        ,T71,'|'
1X,'| Entropy recipe : ',@@A@@                                        ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| The solver avoids a floating point exception by clipping to a ' ,T71,'|'
1X,'| small number.  In some situations robustness problems may '     ,T71,'|'
1X,'| result; eg, static-total pressure conversions for MCF fluids.'  ,T71,'|'
1X,'| Consider setting the Reference ',@@A@@,' to a positive value.'  ,T71,'|'
1X,'+',68('-'),'+'
009100023
         2
         1
         3
        13
/1X,'+',68('-'),'+'
1X,'|                         ****** Notice ****** '                  ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| The material property ',@@A@@                                   ,T71,'|'
1X,'| has been set as a CEL expression involving Pressure (or p).'    ,T71,'|'
1X,'| The solver will automatically substitute absolute pressure'     ,T71,'|'
1X,'| in place of pressure, which ensures that the reference pressure',T71,'|'
1X,'| and hydrostatic pressure (if buoyancy is active) are included.' ,T71,'|'
1X,'| To avoid confusion, we recommend that you avoid using Pressure' ,T71,'|'
1X,'| in this expression; Absolute Pressure (or pabs) should be used' ,T71,'|'
1X,'| instead.  Note that gauge pressure can be written in CEL as'    ,T71,'|'
1X,'| Absolute Pressure - Reference Pressure (or pabs-pref).'         ,T71,'|'
1X,'+',68('-'),'+'
009100024
         2
         2
         3       2
        13
/1X,'+',68('-'),'+'
1X,'|                         ****** Notice ****** '                  ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| Adaptive table generation failed for the material property: '   ,T71,'|'
1X,'| ',                                                               T71,'|'
1X,'| ',@@A@@                                                         ,T71,'|'
1X,'| ',                                                               T71,'|'
1X,'| This may have occurred because the equation of state or specific',T71,'|'
1X,'| heat capacity function contains regions with large derivatives' ,T71,'|'
1X,'| or because the error tolerance is too small.  Execution will'  ,T71,'|'
1X,'| continue with a uniform distribution using',@@I6@@,' points in',T71,'|'
1X,'| each coordinate direction.'                                    ,T71,'|'
1X,'+',68('-'),'+'
009100025
         1
         2
         3       3
         8
1X,'+',68('-'),'+'
' |                     ****** Notice ****** ',T71,'|'
' | Low memory encountered in optimised mixture recipe for NASA format',T71,'|'
' | properties.  If this situation persists, increasing the real stack',T71,'|'
' | memory size may help to accelerate the simulation.',T71,'|'
' | Variable: ',@@A@@,T71,'|'
' | Location: ',@@A@@,T71,'|'
1X,'+',68('-'),'+'
009100026
         1
         4
         3       3       3       3
         13
1X,'+',68('-'),'+'
' |                     ****** Notice ****** ',T71,'|'
' | The solver failed to calculate the algebraic slip velocity for:',T71,'|'
' |   Variable Name  : ',@@A@@,T71,'|'
' |   Location Name  : ',@@A@@,T71,'|'
' |   Mesh location  : ',@@A@@,T71,'|'
' |   Mesh entity    : ',@@A@@,T71,'|'
' | The iteration method either diverged, or failed to converge within',T71,'|'
' | the required number of iterations.  The solver will continue, but',T71,'|'
' | instabilities may result.  One possible reason for this is that',T71,'|'
' | the local mass fraction for the ASM species is too high for the',T71,'|'
' | Algebraic Slip model to be appropriate.',T71,'|'
1X,'+',68('-'),'+'
009100027
         1
         0
         9
/1X,'+',68('-'),'+'
1X,'|                        ****** Warning ****** '                  ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| At least one wall boundary has a specified mass fraction value' ,T71,'|'
1X,'| for a material component of a mixture fluid. Mass transport'    ,T71,'|'
1X,'| between the component and the constraint is not included in '   ,T71,'|'
1X,'| the continuity equation. This may result in small errors in'    ,T71,'|'
1X,'| the mass fluxes.' ,T71,'|'
1X,'+',68('-'),'+'
009100028
         2
         2
         3         1
        17
1X,'+',68('-'),'+'
1X,'|                        ****** Warning ****** '                  ,T71,'|'
' |', T71,'|'
' | The calculation for the Surface of Revolution mesh motion boundary', T71,'|'
' | condition has encountered problems at the following boundary:', T71,'|'
' |',T71,'|'
' |    ',@@A@@, T71,'|'
' |',T71,'|'
' | at an axial coordinate of: ',@@1PE11.4@@, T71,'|'
' |',T71,'|'
' | The reason may be that this boundary contains element faces that ', T71,'|'
' | are orientated normal to the defined axis of revolution, or that ', T71,'|'
' | the surface does not have constant radius in the theta direction.', T71,'|'
' | Check that the geometric surface used is valid, and consider ', T71,'|'
' | using the Parallel to Boundary condition instead if convergence ', T71,'|'
' | of the mesh displacement equations is poor. ', T71,'|'
' +',68('-'),'+'
009100029
         1
         0
         8
/1X,'+',68('-'),'+'
1X,'|                        ****** Warning ****** '                  ,T71,'|'
1X,'|'                                                                ,T71,'|'
1X,'| At least one Heat Transfer Interface Model has been specified ' ,T71,'|'
1X,'| at a domain interface, where the fluid side is solving for '    ,T71,'|'
1X,'| radiation and a laminar flow. This combination can have '   ,T71,'|'
1X,'| accuracy issues with calculating the temperature of the wall.'    ,T71,'|'
1X,'+',68('-'),'+'
444000001
       999
         0
         3
//,1X,'+',68('-'),'+'
1X,'|',22X,'Partitioning Information',22X,'|'
1X,'+',68('-'),'+'
444000002
       999
         3
         2         2         2
         7
/,1X,'       +------------------+------------------------+-----------------+'
1X,'       |     Elements     |        Vertices        |     Faces       |'
1X,'+------+------------------+------------------------+-----------------+'
1X,'| Part |   Number     %   |   Number     %   %Ovlp |  Number     %   |'
1X,'+------+------------------+------------------------+-----------------+'
1X,'| Full |',@@I10@@,7X,' |',@@I10@@,13X,' |',@@I9@@,7X,' |'
1X,'+------+------------------+------------------------+-----------------+'
444000003
       999
         8
         2         2         1         2         1         1         2         1
         2
1X,'|',@@I5@@,' |',@@I10@@,2X,@@F5.1@@,' |',@@I10@@,2X,@@F5.1@@,\
1X,@@F5.1@@,' |',@@I9@@,2X,@@F5.1@@,' |'
444000004
       999
         6
         2         1         2         1         2         1
         4
1X,'+------+------------------+------------------------+-----------------+'
1X,'| Sum  |',@@I10@@,2X,@@F5.1@@,' |',@@I10@@,2X,@@F5.1@@,\
7X,'|',@@I9@@,2X,@@F5.1@@,' |'
1X,'+------+------------------+------------------------+-----------------+'
444000005
       999
         7
         3         1         1         1         1         1         1
         5
/,1X,'- Projection direction:    ',@@A@@
1X,'- Rotation axis from:     (',@@1PE10.3@@,',',@@1PE10.3@@,',',\
@@1PE10.3@@,')'
1X,'- Rotation axis to:       (',@@1PE10.3@@,',',@@1PE10.3@@,',',\
@@1PE10.3@@,')'
444000006
       999
         4
         3         2         2         2
         4
/,1X,'- Partitioning tool:       ',@@A@@
1X,'- Number of partitions:    ',@@I10@@
1X,'- Number of graph-nodes:   ',@@I10@@
1X,'- Number of graph-edges:   ',@@I10@@
444000007
       999
         8
         3         2         1         2         1         1         2         1
         3
1X,'+------+------------------+------------------------+-----------------+'
1X,'| ',@@A3@@,'  |',@@I10@@,2X,@@F5.1@@,' |',@@I10@@,2X,@@F5.1@@,\
1X,@@F5.1@@,' |',@@I9@@,2X,@@F5.1@@,' |'
444000008
       999
         4
         2         2         2         2
         2
1X,'|(part)|',T21,'(',@@I5@@,')|',T40,'(',@@I5@@,1X,@@I5@@,')|',\
T64,'(',@@I5@@,')|',T71,'|'
444000009
       999
         7
         2         1         2         1         1         2         1
         3
1X,'+------+------------------+------------------------+-----------------+'
1X,'| Ave  |',@@I10@@,2X,@@F5.1@@,' |',@@I10@@,2X,@@F5.1@@,\
1X,@@F5.1@@,' |',@@I9@@,2X,@@F5.1@@,' |'
444000010
       999
         1
         1
         1
1X,'- Alignment angle:         ',@@F10.2@@,' degree'
444000012
       999
         6
         3         2         2         1         1         1
         5
/,1X,'- Partitioning tool:       ',@@A@@
1X,'- Number of partitions:    ',@@I10@@
1X,'- Number of nodes:         ',@@I10@@
1X,'- Partitioning direction: (',@@1PE10.3@@,',',@@1PE10.3@@,',',\
@@1PE10.3@@,')'
444000014
       999
         3
         3         2         2
         3
/,1X,'- Partitioning tool:       ',@@A@@
1X,'- Number of partitions:    ',@@I10@@
1X,'- Number of nodes:         ',@@I10@@
444000018
       999
         0
         6
//
1X,'+--------------------------------------------------------------------+'
1X,'|                          Host Information                          |'
1X,'+--------------------------------------------------------------------+'
1X,'| Name            | Rel. Speed | # of Proc. | # of Part | Stat. Load |'
1X,'+-----------------+------------+------------+-----------+------------+'
444000019
       999
         5
         3         1         2         2         1
         2
1X,'| ',@@A15@@,' |',@@F11.4@@,' | ',@@I10@@,' |',@@I10@@,' | ',@@F8.1@@,\
' % |'
444000020
       999
         0
         1
1X,'+-----------------+------------+------------+-----------+------------+'
444000022
       999
         0
         1
/,1X,'CPU-Time requirements:',/
444000023
       999
         2
         3         1
         1
1X,'- ',@@A50@@,@@1PE10.3@@,' seconds'
444000024
       999
         2
         3         3
         1
/,1X,@@A@@,': ',@@A@@
444000025
       999
         4
         3         3         3         3
         1
/,1X,@@A@@,': ',@@A@@,T35,1X,@@A@@,': ',@@A@@
444000026
       999
         2
         3         3
         1
/,3X,@@A@@,': ',@@A@@
444000027
       999
         9
         3         2         2         1         1         1
         1         1         1
         7
/,1X,'- Partitioning tool:       ',@@A@@
1X,'- Number of partitions:    ',@@I10@@
1X,'- Number of nodes:         ',@@I10@@
1X,'- Partitioning axis from: (',@@1PE10.3@@,',',@@1PE10.3@@,',',\
@@1PE10.3@@,')'
1X,'- Partitioning axis to:   (',@@1PE10.3@@,',',@@1PE10.3@@,',',\
@@1PE10.3@@,')'
444000028
       999
         4
         3         2         2         3
         4
/,1X,'- Partitioning tool:       ',@@A@@
1X,'- Number of partitions:    ',@@I10@@
1X,'- Number of nodes:         ',@@I10@@
1X,'- Junction box routine:    ',@@A@@
444000029
       999
         0
         9
/1X,'+',68('-'),'+'
1X,'|                     ****** Notice ****** ' ,                      T71,'|'
1X,'| The MeTiS partitioning mode is not enabled for the',              T71,'|'
1X,'| large problem partitioner.  Switching to Optimized Recursive',    T71,'|'
1X,'| Coordinate Bisection.  To enable MeTiS, use the expert parameter',T71,'|'
1X,'| setting "allow int64 metis = t".  You can select a different',    T71,'|'
1X,'| option on the advanced partitioning controls tab in the',         T71,'|'
1X,'| CFX Solver Manager.',T71,'|'
1X,'+',68('-'),'+'
444000030
       999
         4
         3         2         3         3
        17
' '
'At least one vertex in domain'
' '
'     ',@@A@@
'     First vertex number = ',@@I10@@
' '
'is connected to more than one vertex in domain'
' '
'     ',@@A@@
' '
'This is not supported in a parallel run.  Please modify the'
'mesh topology or switch the mesh connection type for the'
'domain interface'
' '
'     ',@@A@@
' '
'to "GGI" or "Automatic" instead of "1:1".'
444000033
       999
         0
         8
/1X,'+',68('-'),'+'
1X,'|                     ****** Notice ****** ',T71,'|'
1X,'|', T71,'|'
1X,'| Partition re-assignment has been enabled in this run of ',T71,'|'
1X,'| the partitioner. The necessary data will be written to the ',T71,'|'
1X,'| par file. Partition re-assignment will be automatically ',T71,'|'
1X,'| enabled in any solver run using this par file. ',T71,'|'
1X,'+',68('-'),'+'
444000034
       999
         0
         7
/1X,'+',68('-'),'+'
1X,'|                 Iso-Partition Connection Statistics  ',T71,'|'
1X,'+',68('-'),'+'
1X,'| Domains in Group          |        |           Vertices            |'
1X,'|                           | Smooth +---------+----------+----------+'
1X,'|                           | Sweeps |  Moves  |   <25%   |   <50%   |'
1X,'+---------------------------+--------+---------+----------+----------+'
444000035
       999
         5
         3      2       2       2       2
         1
1X,'| ',@@A@@,T30,'| ',@@I5@@,'  |  ',@@I6@@,' |  ',@@I6@@,'  |  ',@@I6@@,T71,'|'
444000036
       999
         0
         1
1X,'+---------------------------+--------+---------+----------+----------+'
555000001
         3
         5
         3      3       3       3       3
         19
' '
'An invalid pitch angle was found on ',@@A@@,' of domain interface:'
' '
@@A@@
' '
'Please carefully examine your domain interface and look for any of 
'the following situations:'
' '
'1) ',@@A@@,' has 360 degrees of revolution or more'
'2) ',@@A@@,' intersects zero radius'
'3) ',@@A@@,' has element faces normal AND parallel to the axis'
' '
'If any of these situations apply you can try setting the Pitch'
'Change Option to "Specified Pitch Angles" (all frame change'
'models) or to "None" if running Frozen Rotor or Transient Rotor'
'Stator.  "None" will only correctly work with Frozen Rotor if'
'there is no area, shape or relative position change from side 1'
'to 2.  "None" will only work with Transient Rotor Stator if there'
'is no area or shape change.'
555000002
         3
         1
         3
         7
' '
'GGI intersection error. The surface intersection list ran out of '
'integer memory while intersecting domain interface:'
' '
@@A@@
' '
'Please increase the integer memory allocation.'
555000003
         3
         1
         3
         22
' '
'GGI intersection error. For a particular boundary face on domain'
'interface:'
' '
@@A@@
' '
'The intersection failed to find any pixels.  Likely causes are:'
' '
'1) Very large differences in grid density between the two sides of'
'   the interface.  In this case, increase the resolution of the'
'   bitmap intersection method using the CCL parameter ''Bitmap '
'   Resolution'' or switch to the direct intersection method.'
'2) An interface contains a degenerated face.  In this case, also'
'   increase the bitmap resolution, switch to the direct'
'   intersection method and/or increase the CCL parameter ''Edge'
'   Scale Factor''.'
'3) A sliding interface has one or more nodes with zero radius.'
'   In this case, modify the grid to remove these nodes.'
'4) The interface contains some faces that are parallel to the'
'   rotation axis and others that are perpendicular.  The'
'   transformation algorithm does not permit both of these face'
'   types to coexist in the same interface.'
555000004
         1
         3
         3         3         3
         11
///' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | ',@@A@@,' side of interface',T71,'|'
' |       ',@@A60@@,T71,'|'
' | seems to contain a vertex at R=0 (Rmin/Rrange < GGI ETA TOLERANCE).|'
' | This is not supported with',T71,'|'
' |       PITCH CHANGE/Option = ',@@A25@@,T71,'|'
' | Please use',T71,'|'
' |       PITCH CHANGE/Option = None',T71,'|'
' | instead.',T71,'|'
' +',68('-'),'+'///
555000005
         3
         7
         3       3       1       3       3       3       3
         27
' '
'A transition between +/-180 degrees could not be found on ',@@A@@
'of domain interface:'
' '
@@A@@
' '
'The algorithm which calculates this value attempts to search for'
'the first element face at this transition.  Sometimes this will '
'fail if the pitch angle is incorrect.  The pitch angle for this'
'side of the interface is:',@@F7.3@@,' degrees.  If this does not'
'seem correct then please carefully examine your interface for any'
'of the following:'
' '
'1) ',@@A@@,' has more than 360 degrees of revolution'
'2) ',@@A@@,' intersects zero radius'
'3) ',@@A@@,' has element faces normal AND parallel to the axis'
'4) ',@@A@@,' has element faces at the low radial or axial position'
'   which are very thin in the axial or radial direction, or the ' 
'   edges which make up the inner radius/axial position do not form'
'   an arc of revolution so that the flow solver can accurately'
'   determine the pitch angle.'
' '
'If any of situations 1-3 apply you can try changing Transformation'
'Type to "None" instead of "Automatic".  If the 4th situation is'
'the problem then you must explicitly specify the pitch angles'
'of side 1 and 2 of the interface.  You may have to change both'
'settings to get the flow solver running.'
555000006
         3
         1
         3
         9
'Interface re-intersection settings in the par-file are not'
'consistent with the ones specified in the CCL for the interface'
@@A@@
'These settings may include the use of transient rotor stator'
'interfaces or interfaces that join domains with mesh deformations.'
'It is also not possible to run a Stage (Mixing-Plane) interface   '
'with a frozen rotor par-file. The problem will be corrected by    '
'recreating a new par-file that is consistent with the CCL used for'
'this simulation.'
555000007
         3
         1
         3
         8
'The par-file is incompatible with the interface'
@@A@@
'which is either a transient rotor stator interface or an interface'
'that joins domains with mesh deformations.  Those interface types'
'affect the partitioning.  It appears that the par-file was created'
'prior to the definition of this interface.  The problem will be'
'corrected by recreating a new par-file that is consistent with the'
'CCL used for this simulation.'
555000008
         3
         1
         3
         8
/,1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' | No stage group information was found in the input files for',T71,'|'
' | the Stage (Mixing-Plane) interface',T71,'|'
' | ',@@A@@,T71,'|'
' | This forces a re-intersection in the current run and also',T71,'|'
' | requires a re-partitioning in a parallel run.',T71,'|'
1X,'+',68('-'),'+',/
555000009
         3
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' | Stage group information was found in the input files for',T71,'|'
' | domain interface',T71,'|'
' | ',@@A@@,T71,'|'
' | which is not a Stage (Mixing-Plane) interface.',T71,'|'
' | This forces a re-intersection in the current run and also',T71,'|'
' | requires a re-partitioning in a parallel run.',T71,'|'
1X,'+',68('-'),'+',/
555000010
         3
         1
         3
         9
/,1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' | The rotational offset specified in the problem definition',T71,'|'
' | for domain interface',T71,'|'
' | ',@@A@@,T71,'|'
' | does not match the offset read from the input files.',T71,'|'
' | This forces a re-intersection in the current run and also',T71,'|'
' | requires a re-partitioning in a parallel run.',T71,'|'
1X,'+',68('-'),'+',/
555000011
         1
         2
         3         3
         7
///' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | ',@@A@@,' side of interface',T71,'|'
' |       ',@@A60@@,T71,'|'
' | seems to contain a vertex at R=0 (Rmin/Rrange < GGI ETA TOLERANCE).|'
' | This is not supported for Stage (Mixing-Plane) interfaces.',T71,'|'
' +',68('-'),'+'///
555000012
         1
         1
         3
        26
///' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | No control surfaces have been found for the domain interface       |'
' |                                                                    |'
' |       ',@@A60@@,                                              T71,'|'
' |                                                                    |'
' | If you expect this to occur, please set the INTERSECTION CONTROL   |'
' | CCL parameter ''Permit No Intersection'' to work around this message.|'
' | Non-intersecting interfaces are only supported for ''dynamic''       |'
' | interfaces which are re-intersected at every time step             |'
' | (e.g. transient rotor stator interfaces or non-stationary          |'
' | interfaces in moving mesh cases).                                  |'
' |                                                                    |'
' | Possible setup errors leading to this situation are:               |'
' | 1. An incorrect axis of rotation for a rotating domain or domain   |'
' |    interface.                                                      |'
' | 2. A frame change model is used in which there is unequal pitch    |'
' |    shapes, or circumferential orientation, but the Pitch Change    |'
' |    model is set to None.                                           |'
' | 3. The transient rotor stator model is used when the geometry      |'
' |    does not span 360 degrees and the Pitch Change model is set to  |'
' |    ''None''.                                                         |'
' | 4. The detected normal gap between interface sides is larger than  |'
' |    the allowed tolerance. See the documentation for controlling    |'
' |    this tolerance.                                                 |'
' +',68('-'),'+'///
555000013
         1
         1
         3
        16
/' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Coordinate transformation of interface',T71,'|'
' |      ',@@A60@@,T71,'|'
' | into an axial interface resulted in some faces with a very small   |'
' | radial extent.  There are two possible reasons for this:           |'
' | 1. The interface contains radial faces (parallel to the axis).     |'
' |    If this is the case, please split the interface into two parts, |'
' |    so that the purely radial sections could be transformed         |'
' |    properly.  The transformation type (axial or radial) is chosen  |'
' |    automatically based on the largest interface extent.            |'
' | 2. This message may be generated because of a tolerancing issue    |'
' |    when the mesh resolution in the radial direction is very        |'
' |    small (e.g. at the hub or shroud).  If this is the case, you    |'
' |    may ignore this message.                                        |'
' +',68('-'),'+'/
555000014
         1
         1
         3
        16
/' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Coordinate transformation of interface',T71,'|'
' |      ',@@A60@@,T71,'|'
' | into a radial interface resulted in some faces with a very small   |'
' | axial extent.  There are two possible reasons for this:            |'
' | 1. The interface contains axial faces (normal to the axis).        |'
' |    If this is the case, please split the interface into two parts, |'
' |    so that the purely axial sections could be transformed          |'
' |    properly.  The transformation type (axial or radial) is chosen  |'
' |    automatically based on the largest interface extent.            |'
' | 2. This message may be generated because of a tolerancing issue    |'
' |    when the mesh resolution in the axial direction is very         |'
' |    small (e.g. at the hub or shroud).  If this is the case, you    |'
' |    may ignore this message.                                        |'
' +',68('-'),'+'/
555000015
         1
         2
         3         1
         7
/' +',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | Degenerated edges have been detected and removed at interface      |'
' |   ',@@A60@@,T71,'|'
' | This can be controlled with the real expert parameter              |'
' |   "ggi direct rel edge tolerance", currently set to ',@@1PE11.5@@,'.',T71,'|'
' +',68('-'),'+'/
555000016
         3
         1
         3
         8
' '
' The following domain interface: ',@@A@@
' has its intersection control option set to "Bitmap". For runs  '
' involving the "Harmonic Balance" transient method all domain   '
' interfaces of type moving mesh and transient rotor-stator must '
' have their intersection control option set to "Direct" or      '
' "Automatic".                                                   '
' '
666000001
         3
         2
         2         2
         5
' '
'Number of photons gathered : ',T40,@@I9@@
'Number of photons alive : ',T40,@@I9@@
' '
'Probable programming error.'
666000002
         3
         7
         3         1         1         1         1         1         1
         6
' '
'Photon escape from geometry detected by SDISM'
'Zone              : ',@@A@@
'Location  (X,Y,Z) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
'Direction (U,V,W) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
666000003
         3
         8
         3         3         1         1         1         1         1         1
         7
' '
'Photon escape from geometry detected by SDISM'
'Zone              : ',@@A@@
'Surface           : ',@@A@@
'Location  (X,Y,Z) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
'Direction (U,V,W) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
666000004
         3
         5
         3         3         1         1         1
         6
' '
'Photon escape from geometry detected by FZNM'
'Zone              : ',@@A@@
'Surface           : ',@@A@@
'Location (X,Y,Z)  : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
666000005
         3
         0
         7
' '
'Too many iterations while using Monte Carlo.'
' This may possible be due to:'
' 1 - Highly reflective walls'
' 2 - Small absorption coefficient'
' 3 - Symmetry planes are too close, i.e. 2D geometry'
' 4 - Geometry specification error'
666000006
         3
         10
         3  3  1  1  1  1  1  1  3  3
         13
' '
'Tracking error, ray terminated.'
' '
'Current location : '
'  Zone              : ',@@A@@
'  Surface           : ',@@A@@
'  Location  (X,Y,Z) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
'  Direction (U,V,W) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
'Started at location : '
'  Zone              : ',@@A@@
'  Surface           : ',@@A@@
' '
666000007
         3
         10
         3  3  1  1  1  1  1  1  3  3
         14
' '
'Error finding neighbour.'
'Indicates programming error or an error in geometry specification.'
' '
'Current location : '
'  Zone              : ',@@A@@
'  Surface           : ',@@A@@
'  Location  (X,Y,Z) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
'  Direction (U,V,W) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
'Started at location : '
'  Zone              : ',@@A@@
'  Surface           : ',@@A@@
' '
666000008
         3
         9
         3  1  1  1  1  1  1  3  3
         15
' '
'Too many elements visited during tracking, please increase '
'Maximum Number of Track Segments under RAY TRACING CONTROL'
'Probable geometry error, high wall albedos or low absorption '
' coefficient.'
' '
'Current location : '
'  Zone              : ',@@A@@
'  Location  (X,Y,Z) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
'  Direction (U,V,W) : ',@@E12.5@@,1X,@@E12.5@@,1X,@@E12.5@@
' '
'Started at location : '
'  Zone              : ',@@A@@
'  Surface           : ',@@A@@
' '
666000009
         1
         1
         2
         4
' '
'Unable to compute mask for ',@@I5@@,' radiation zones.'
'Probable geometry error'
' '
666000010
         3
         0
         4
' '
' Anisotropic non-thermal radiation is not supported when using '
' Discrete Transfer. Please use the Monte Carlo option instead.'
' '
666000011
         3
         0
         1
' Unable to open file to store ray tracing data.'
666000012
         3
         6
         2  2  2  1  1  1
         8
' '
' Radiation field has not converged.'
' Maximum number of iterations exceeded.'
'   Number of Iterations  : ',@@I9@@,' Max : ',@@I4@@
'   Number of Reflections : ',@@I9@@,' Average : ',@@E12.5@@
'   Residual on total volume emission  : ',@@E12.5@@
'   Residual on total surface emission : ',@@E12.5@@
' '
666000013
         3
         1
         2
         6
' Partition ',@@I4@@,' could not open file to store ray tracing data.'
' This partition may not have access or writing permission to the '
' default directory. Please try setting a different location for '
' the ray tracing data file under the Advanced tab of the Solver '
' Control panel in CFX Pre. Keep in mind that all processes must '
' have access to the new location.'
666000014
         3
         3
         3   3   1
         7
1X,'+',68('-'),'+'
' |                     ****** Notice ******', T71,'|'
' |  Spectral band contribution to the spectrum is negligible',T71,'|'
' |  Domain       : ',@@A@@, T71,'|'
' |  Spectral Band: ',@@A@@, T71,'|'
' |  Contribution : ',@@E12.5@@, T71,'|'
1X,'+',68('-'),'+'
666000015
         3
         2
         3   1
         4
' Spectral bands seem to overlap on '
'   Domain  : ',@@A@@, T71,'|'
'   Overlap : ',@@1PE12.2@@,'%',T71,'|'
' Please verify that is not the case.'
666000016
         3
         2
         3   1
         4
' Spectral bands do not fill the spectrum on '
'   Domain : ',@@A@@, T71,'|'
'   Void   : ',@@1PE12.2@@,'%',T71,'|'
' Please verify that is not the case.'
666000017
         1
         2
         3         2
         3
'Insufficient ',@@A4@@,' storage available for creating radiation.'
'mesh. Will attempt to coarsen again using a bigger minimum blocking'
'factor of ',@@I2@@,'.'
666000018
         1
         2
         3         2
         3
'Insufficient ',@@A4@@,' storage available for creating radiation'
'mesh.  The storage multiplier, available in the Define Run form'
'in the Solver Manager, should be increased to e.g. 1.1.'
666000019
       999 
         4
         2 2 2 2
         4
/T6,'Target coarsening rate      ',T59,'= ',@@I11@@
 T6,'Number of fine grid elements',T59,'= ',@@I11@@
 T6,'Number of radiation elements',T59,'= ',@@I11@@
 T6,'Actual coarsening rate      ',T59,'= ',@@I11@@
666000020
       999 
         5
         2 2 2 2 2 
         6
/T4,'Radiation mesh statistics :'
 T6,'Number of nodes                     ',T59,'= ',@@I11@@
 T6,'Number of faces                     ',T59,'= ',@@I11@@
 T6,'Number of triangles                 ',T59,'= ',@@I11@@
 T6,'Maximum number of faces per element ',T59,'= ',@@I11@@
 T6,'Maximum number of triangles per face',T59,'= ',@@I11@@
666000021
         3
         2
         3         3
         2
'Thermal radiation models should be consistent for the following '
'domains: "',@@A@@,'" and "',@@A@@,'".'
666000022
         3
         2
         3         3
         2
'Spectral radiation models should be consistent for the following '
'domains: "',@@A@@,'" and "',@@A@@,'".'
666000023
         3
         0
         11
' '
'The rad-file does not exist in a parallel run. '
'By default, an existing partition file cannot be used if the '
'simulation involves either the Monte Carlo or Discrete Transfer '
'radiation models. To allow pre partitioning of such cases, the '
'radiation mesh may be stored in the par-file instead of the '
'rad-file by using the following expert parameter setting for '
'partitioning and solution: '
' '
'rad data in par file = t '
' '
666000024
         3
         0
         8
' '
'The radiation mesh is expected to exist in the par-file, but the '
'par-file does not contain a radiation mesh. To store the radiation '
'mesh in the par-file instead of the rad-file, the following expert '
'parameter setting must be used for partitioning and solution: '
' '
'rad data in par file = t '
' '
666000025
         3
         0
         5
' '
'The fluid mesh, radiation model or mesh coarsening parameters '
'have changed since partitioning. Partitioning must be repeated '
'in order to repeat mesh coarsening. '
' '
666000026
         1
         0
         6
//,1X,'+',68('-'),'+'
' |                     ****** WARNING ******',T71,'|'
' | The radiation mesh will be written to the par-file.',T71,'|'
' | In subsequent runs, ensure that the radiation mesh is consistent',T71,'|'
' | with the fluid mesh and the radiation model settings.',T71,'|'
1X,'+',68('-'),'+'
666000027
         1
         0
         6
//,1X,'+',68('-'),'+'
' |                     ****** WARNING ******',T71,'|'
' | The radiation mesh will be read from the par-file.',T71,'|'
' | Ensure that the radiation mesh is consistent with the fluid mesh',T71,'|'
' | and the radiation model settings.',T71,'|'
1X,'+',68('-'),'+'
777000003
       999
         0
         5
/,1X,'+',68('-'),'+'
1X,'|',22X,'Particle Fate Diagnostics',21X,'|'
1X,'+',68('-'),'+'
1X,'|',1X,'Particle type',10X,'| Fate type',23X,'Particles',1X,'|'
1X,'+',68('-'),'+'
777000004
       999
         3
         3         3         2
         1
1X,'| ',@@A20@@,3X,'| ',@@A30@@,':',@@I10@@,1X,'|'
777000006
       999
         0
         6
/,1X,'+',68('-'),'+'
1X,'|',3X, 'Particle Equation',4X,'|',\
2X,'Total source and source change rates',5X,'|'
1X,'+',68('-'),'+'
1X,'|',24X,'| Equation            Source      Rate',6X,'|'
1X,'+',68('-'),'+'
777000007
       999
         1
         3
         2
1X,'| Domain: ',@@A20@@,39X,'|'
1X,'+',68('-'),'+'
777000008
       999
         4
         3         3         1         1
         2
1X, '| ',@@A20@@,2X,' | ',@@A18@@,1X,@@1PE10.3@@,1X,\
@@0PF8.4@@,4X,'|'
777000010
       999
         1
         3
         1
/,1X,@@A20@@,T34,3X,'X-Comp.      Y-Comp.      Z-Comp.'
777000011
       999
         4
         3         1         1         1
         1
3X,@@A33@@,T34,@@1PE11.4@@,2X,@@1PE11.4@@,2X,@@1PE11.4@@,2X
777000012
       999
         1
         3
         1
/,1X,@@A@@
777000013
       999
         2
         3         1
         1
3X,@@A33@@,T47,@@1PE11.4@@
777000014
       999
         4
         1         1         2         3
         1
' | ',@@1PE9.3@@,' - ',@@1PE9.3@@,' |',@@I10@@,' |',@@A32@@,T71,'|'
777000015
       999
         4
         1         1         1         3
         1
' | ',@@1PE9.3@@,' - ',@@1PE9.3@@,' |',@@1PE10.3@@,' |',@@A32@@,T71,'|'
777000016
       999
         5
         3         3         3         2         1
         7
/,' +',68('-'),'+'
' | Particle Type:',T19,@@A@@,T71,'|'
' | Location:     ',T19,@@A@@,T71,'|'
' | Type:         ',T19,@@A@@,T71,'|'
' | Total number of particles: ',@@I8@@,T71,'|'
' | Total mass flow rate:    ',@@1PE10.3@@,T71,'|'
' +-----------------------+-----------+--------------------------------+'
777000017
       999
         0
         2
' | Diameter Range        | Number of Particles                        |'
' +-----------------------+-----------+--------------------------------+'
777000018
       999
         0
         2
' | Diameter Range        | Mass Flow                                  |'
' +-----------------------+-----------+--------------------------------+'
777000019
       999
         0
         1
' +-----------------------+-----------+--------------------------------+'
777000020
       999
         3
         1         3         3
         9
/,' +',68('-'),'+'
' | WARNING: Only ',@@F5.1@@,'% of the particles of type',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' | could be injected in region',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' | and only the corresponding fraction of the specified massflow',T71,'|'
' | is injected. If this is not intended, please check the particle',T71,'|'
' | injection locations.',T71,'|'
' +',68('-'),'+'/
777000021
       999
         4
         3         1         2         3
         1
' |',6X,@@A1@@,1X,@@1PE9.3@@,5X,' |',@@I10@@,' |',@@A32@@,T71,'|'
777000022
       999
         4
         3         1         1         3
         1
' |',6X,@@A1@@,1X,@@1PE9.3@@,5X,' |',@@1PE10.3@@,' |',@@A32@@,T71,'|'
777000023
       999
         2
         3         3
         9
/,' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | Due to the specified injection settings, no particles of the ',T71,'|'
' | particle type ',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' | have been injected at ',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' +',68('-'),'+'/
777000024
       999
         3
         1         3         3
         13
/,' +',68('-'),'+'
' | WARNING: Only ',@@F5.1@@,'% of the particles of type',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' | could be injected in region',T71,'|'
' |',T71,'|',/,' |    ',@@A@@,T71,'|',/,' |',T71,'|'
' | and only the corresponding fraction of the specified massflow',T71,'|'
' | is injected. If this is not intended, please do the following:',T71,'|'
' |   1. Check that the injection location is inside the domain.',T71,'|'
' |   2. Check the injection conditions for the LISA primary breakup ',T71,'|'
' |      model. The specified settings may result in a too long ',T71,'|'
' |      liquid sheet length, which could move the initial injection ',T71,'|'
' |      location of the particles outside of the domain.',T71,'|'
' +',68('-'),'+'/
777000025
       999
         7
         3         3         1         1         1        1         1
        10
/,' +',68('-'),'+'
' | Debug output for LISA primary breakup model: ',T71,'|',/,' |',T71,'|'
' |   Particle Type:     ',@@A@@,T71,'|'
' |   Particle Location: ',@@A@@,T71,'|',/,' |',T71,'|'
' |   Initial sheet thickness:                ',@@1PE11.4@@,T71,'|'
' |   Computed liquid sheet length:           ',@@1PE11.4@@,T71,'|'
' |   Mean droplet size at sheet breakup:     ',@@1PE11.4@@,T71,'|'
' |   Mean droplet velocity at sheet breakup: ',@@1PE11.4@@,T71,'|'
' |   Nozzle discharge coefficient:           ',@@1PE11.4@@,T71,'|'
' +',68('-'),'+'/
777000026
       999
         1
         1
        11
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The nozzle discharge coefficient is larger than the maximum ', T71,'|'
' | allowed value of ',@@F5.3@@,'. It has been clipped to this value to',T71,'|'
' | avoid problems while computing values of the average initial ', T71,'|'
' | turbulence length and time levels. Please note that this may ', T71,'|'
' | result in unphysical values of the predicted droplet primary ', T71,'|'
' | breakup length and time scales.', T71,'|'
' +',68('-'),'+'/
777000027
       999
         1
         1
        11
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The nozzle discharge coefficient is less than the minimum ', T71,'|'
' | allowed value of ',@@F5.3@@,'. It has been clipped to this value to',T71,'|'
' | avoid problems while computing values of the average initial ', T71,'|'
' | turbulence length and time levels. Please note that this may ', T71,'|'
' | result in unphysical values of the predicted droplet primary ', T71,'|'
' | breakup length and time scales.', T71,'|'
' +',68('-'),'+'/
777000028
         3
         0
        11
' '
' +',68('-'),'+'
' |                       ****** Error ******', T71,'|'
' |', T71,'|'
' | The nozzle injection velocity computed from the specified mass ', T71,'|'
' | flow rate is larger than the maximum possible injection velocity ', T71,'|'
' | computed from the specified injection pressure difference. This', T71,'|'
' | results in a discharge coefficient of larger than unity, which is',T71,'|'
' | not physical. Please check that the specified mass flow rate and', T71,'|'
' | injection pressure values are consistent.', T71,'|'
' +',68('-'),'+'/
777000029
       999
         1
         3
         10
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The following particle variable could not be read in from the ', T71,'|'
' | restart file: ', T71,'|'
' |    ',@@A@@, T71,'|'
' | The variable value will be set to "zero" on all track positions ', T71,'|'
' | that were calculated before this run.', T71,'|'
' +',68('-'),'+'
777000030
       999
         1
         3
         9 
' '
' +',68('-'),'+'
' |                       ****** Notice ******', T71,'|'
' |', T71,'|'
' | The following particle boundary vertex field could not be read ', T71,'|'
' | in from the restart file: ', T71,'|'
' |    ',@@A@@, T71,'|'
' | The variable value will be initialized to "zero".', T71,'|'
' +',68('-'),'+'
777000031
       999
         0
         11
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | The flow solver is run from an initial values file and the initial ',T71,'|'
' | restart time has been explicitly set by the user. Particle source ',T71,'|'
' | variables will be read from the initial values file, but particle ',T71,'|'
' | database and particle tracks in the initial values file will not ',T71,'|'
' | be made available in the new run. To use the particle database and ',T71,'|'
' | the particle tracks, please set the initial time to "Automatic ',T71,'|'
' | with Value" to run in continuation mode instead. ',T71,'|'
1X,'+',68('-'),'+'
777000032
       999
         1
         3
         12
/1X,'+',68('-'),'+'
' |                       ****** Notice ******',T71,'|'
' |', T71,'|'
' | No value for the "Mass Fraction Equilibrium Ratio" was specified ',T71,'|'
' | for component pair: ',T71,'|'
' |    ',@@A@@, T71,'|'
' | This can result in unphysically large interfacial mass transfer ',T71,'|'
' | rates from the particle component. It is strongly recommended to ',T71,'|'
' | explicitly activate the INTERFACIAL EQUILIBRIUM MODEL option and ',T71,'|'
' | to set the "Mass Fraction Equilibrium Ratio" to a value of less ',T71,'|'
' | than the default of "1".',T71,'|'
1X,'+',68('-'),'+'
777000033
       999
         8
         3       3       1       1       1      1       1       1
        11
/,' +',68('-'),'+'
' | Debug output for EBLOB primary breakup model: ',T71,'|',/,' |',T71,'|'
' |   Particle Type:     ',@@A@@,T71,'|'
' |   Particle Location: ',@@A@@,T71,'|',/,' |',T71,'|'
' |   Nozzle mass flow rate:                  ',@@1PE11.4@@,T71,'|'
' |   Pressure at vena contracta:             ',@@1PE11.4@@,T71,'|'
' |   Pressure at probe location:             ',@@1PE11.4@@,T71,'|'
' |   Liquid vapour pressure:                 ',@@1PE11.4@@,T71,'|'
' |   Particle mean diameter:                 ',@@1PE11.4@@,T71,'|'
' |   Particle injection velocity:            ',@@1PE11.4@@,T71,'|'
' +',68('-'),'+'/
777000034
       999
         9
         3      3      1      1      1     1      1      1      2
        12
/,' +',68('-'),'+'
' | Debug output for HUH primary breakup model: ',T71,'|',/,' |',T71,'|'
' |   Particle Type:     ',@@A@@,T71,'|'
' |   Particle Location: ',@@A@@,T71,'|',/,' |',T71,'|'
' |   Nozzle discharge coefficient, C_d:      ',@@1PE11.4@@,T71,'|'
' |   Droplet injection velocity:             ',@@1PE11.4@@,T71,'|'
' |   Initial turbulence length scale:        ',@@1PE11.4@@,T71,'|'
' |   Initial turbulence time scale:          ',@@1PE11.4@@,T71,'|'
' |   Injection half angle [deg]:             ',@@1PE11.4@@,T71,'|'
' |   Fluid density downstream of nozzle:     ',@@1PE11.4@@,T71,'|'
' |   Number of injected particles:           ',@@I6@@,T71,'|'
' +',68('-'),'+'/
777000035
       999
         0
         6
/,1X,'+',68('-'),'+'
' |                       ****** Notice ******                         |'
' |                                                                    |'
' | This calculation uses particle additional variables.               |'
' | This is a Beta Feature in this release.                            |'
1X,'+',68('-'),'+'
777000036
         3
         1
         3
         8
/,1X,'+',68('-'),'+'
' |                       ****** Error ******                          |'
' |                                                                    |'
' | Inconsistent Wall Roughness settings have been found on domain     |'
' | interface: ',@@A@@, T71,'|'
' | between the overlap and non-overlap sections. This is not allowed  |'
' | for domains with particle tracking. ',T71,'|'
1X,'+',68('-'),'+'
888000001
       999
         0
         3
1X,'+',68('-'),'+'
1X,'|',21X,'Rigid Body State Variables',21X,'|'
1X,'+',68('-'),'+'
888000002
       999
         12
         2 3 3 1 1 1 2 3 3 1 1 1  
         2
@@I5@@,' ',@@A4@@,@@A13@@,'( ',@@E12.5@@,' , ',@@E12.5@@,' , ',@@E12.5@@,' )'
@@I5@@,' ',@@A4@@,@@A13@@,'( ',@@E12.5@@,' , ',@@E12.5@@,' , ',@@E12.5@@,' )'
888000003
       999
         6
         2 3 3 1 3 1
         1
@@I5@@,' ',@@A4@@,@@A15@@,@@E12.5@@,@@A18@@,@@E12.5@@
888000004
       999
         4
         3 1 3 1
         1
9X,@@A16@@,'=',@@F5.2@@,',',@@A24@@,'=',@@F5.2@@
888000005
       999
         0
         1
1X,'+',68('-'),'+'
888000006
       999
         0
         5
1X,70('-')
1X,'|',23X,'Rigid Body Convergence',23X,'|'
1X,'+',68('-'),'+'
1X,'|',24X,'| Quantity             Change       Rate',4X,'|'
1X,'+',68('-'),'+'
888000007
       999
         4
         3         3         1         1
         2
1X, '| ',@@A20@@,2X,' | ',@@A18@@,1X,@@1PE10.3@@,3X,\
@@0PF6.2@@,4X,'|'
888000008
       999
         3
         3         2         1
         7
' '
' WARNING: Rotational degrees of freedom have not converged.'
'          Maximum number of iterations exceeded.'
'          Rigid Body  : ',@@A@@
'          Number of Iterations  : ',@@I9@@
'          Residual on Angular Momentum Equation  : ',@@1PE12.5@@
' '
888000009
       999
         1
         3
         7
' The solver has detected that a rigid body is approaching the '
' orientation which results in gimbal lock when the First Order'
' Backward Euler integration method is used.  This will result '
' in the loss of one rotational degree of freedom. Please use '
' the Simo Wong integration method to avoid this problem. '
'   Rigid Body  : ',@@A@@
' '
888000010
       999
         1
         3
         8
/1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The solver was unable to find the initial position of the center ',T71,'|'
' | of mass and the initial orientation data from the initial values ',T71,'|'
' | file for the following rigid body. Hence, both data from the CCL ',T71,'|'
' | in the solver input file will be used. ',T71,'|'
' |    Rigid Body : ',@@A@@, T71,'|'
1X,'+',68('-'),'+'
888000011
       999
         1
         3
         8
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The following rigid body object is defined in the problem: ',T71,'|'
' |   ',@@A@@, T71,'|'
' | However, it is not used to control mesh motion on any boundary ',T71,'|'
' | or subdomain.  Please check the rigid body and the immersed ',T71,'|'
' | solid setup carefully. ',T71,'|'
1X,'+',68('-'),'+'
888000012
       999
         6
         3         3         3         3         3         3
         12
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | There are ',@@A@@, ' rigid body objects defined in the problem. ',T71,'|'
' | However, none is used to control mesh motion on any boundary ',T71,'|'
' | or subdomain.  Please check the rigid body and the immersed ',T71,'|'
' | solid setup.  A short list of rigid bodies is given as follows: ',T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
1X,'+',68('-'),'+'
888000013
       999
         1
         3
         7
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | The following rigid body object is defined in the problem: ',T71,'|'
' |   ',@@A@@, T71,'|'
' | However, it is not used to control mesh motion on any boundary ',T71,'|'
' | or subdomain.  Please check the rigid body setup carefully. ',T71,'|'
1X,'+',68('-'),'+'
888000014
       999
         6
         3         3         3         3         3         3
         12
//,1X,'+',68('-'),'+'
' |                   ********* WARNING *********                      |'
' | There are ',@@A@@, ' rigid body objects defined in the problem. ',T71,'|'
' | However, none is used to control mesh motion on any boundary ',T71,'|'
' | or subdomain.  Please check the rigid body setup carefully. ',T71,'|'
' | A short list of rigid bodies is given as follows: ',T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
' |   ',@@A@@, T71,'|'
1X,'+',68('-'),'+'
333000012
       999
         4
         2         3         3        3
         7
/,1x,'Parallel run: Received message from slave'
1x,'-----------------------------------------'
1x,'Slave partition : ',@@I8@@
1x,'Slave routine   : ',@@A@@
1x,'Master location : ',@@A@@
1x,'Message label   : ',@@A@@
1x,'Message follows below - : '
333000013
         3
         3
         2         2         2
         3
'Problems sending a PVM-buffer from part. ',@@I5@@,\
' to partition ',@@I5@@,
'--> PVM-error flag from notifying missing partition: ',@@I5@@
333000014
         3
         3
         2         2         2
         3
'Problems receiving a PVM-buffer from part. ',@@I5@@,\
' to part. ',@@I5@@
'--> PVM-error flag from notifying missing partition: ',@@I5@@
333000015
         3
         2
         2         2
         2
'Problems broadcasting a PVM-buffer from part. ',@@I5@@
'--> PVM-error flag from notifying missing partition(s): ',@@I5@@
333000016
         3
         3
         3         3         2
         2
'Problems probing for messages in ',@@A@@
'--> ',@@A@@,'-error flag: ',@@I5@@
333100013
       999
         2
         3         2
         1
' Par. Process:   ',@@A6@@,' running on mesh partition:',@@I8@@
333100014
       999
         1
         3
         1
' Solver Build:   ',@@A@@
333100015
       999
         1
         3
         1
' Attributes:     ',@@A@@
333100016
         1
         0
         6
//,1X,'+',68('-'),'+'
' |                       ****** ERROR ******', T71,'|'
' | One or more slave partitions are running a solver executable',T71,'|'
' | which is different from that used by the master partition.',  T71,'|'
' | Details of these solver executables are listed below: ',        T71,'|'
1X,'+',68('-'),'+',//
333100017
         1
         4
         3      2      3      3
         3
' Par. Process:   ',@@A6@@,' running on mesh partition:',@@I8@@
' Solver Build:   ',@@A@@
' Attributes:     ',@@A@@,/
333100018
         1
         1
         2
         6
//,1X,'+',68('-'),'+'
' |                       ****** ERROR ******', T71,'|'
' | Slave partition ',@@I4@@,' (and maybe others) are running a solver ',T71,'|'
' | executable which is different from that used by the master ',T71,'|'
' | partition.',  T71,'|'
1X,'+',68('-'),'+',//
333100092
       999
         0
         4
/,1X,'Allocated storage in:    Mwords'
1X,'                         Mbytes'
/,1X,'Partition | Real       | Integer    | Character | Logical  | Double'
1X,'----------+------------+------------+-----------+----------+----------'
333100093
       999
         0
         7
/,1X,'Allocated storage in:    Mwords'
1X,'                         Words/Node'
1X,'                         Words/Elem'
1X,'                         Mbytes'
1X,'                         Bytes/Node',/
1X,'Partition | Real       | Integer    | Character | Logical  | Double'
1X,'----------+------------+------------+-----------+----------+----------'
333100101
       999
         6
         2	1	1	1	1	1
         1
2X,@@I8@@,' | ',@@F10.2@@,' | ',@@F10.2@@,' | ',@@F9.2@@,' | ',@@F8.2@@,' | ',@@F8.2@@
333100102
       999
         5
         1	1	1	1	1	
         1
10X,' |',@@F11.2@@,' |',@@F11.2@@,' |',@@F10.2@@,' |',@@F9.2@@,' |',@@F9.2@@
333100103
       999
         6
         3	1	1	1	1	1	
         1
1X,@@A9@@,' | ',@@F10.2@@,' | ',@@F10.2@@,' | ',@@F9.2@@,' | ',@@F8.2@@,' | ',@@F8.2@@
333100104
       999
         5
         1	1	1	1	1	
         1
10X,' |',@@F11.2@@,' |',@@F11.2@@,' |',@@F10.2@@,' |',@@F9.2@@,' |',@@F9.2@@
333100105
       999
         6
         3	1	1	1	1	1
         1
1X,@@A9@@,' | ',@@F10.2@@,' | ',@@F10.2@@,' | ',@@F9.2@@,' | ',@@F8.2@@,' | ',@@F8.2@@
333100106
       999
         6
         2	1	1	1	1	1	
         1
2X,'(',@@I6@@,') |',@@F11.2@@,' |',@@F11.2@@,' |',@@F10.2@@,' |',@@F9.2@@,' |',@@F9.2@@
333100107
       999
         6
         2	1	1	1	1	1	
         1
2X,'(',@@I6@@,') | ',@@F10.2@@,' | ',@@F10.2@@,' | ',@@F9.2@@,' | ',@@F8.2@@,' | ',@@F8.2@@
333100110
       999
         0
         1
1X,'----------+------------+------------+-----------+----------+----------'
333100120
       999
         2
         3	2
         3
/,1X,'+------------+---------------+---------------+---------+-------------+'
1X,'|',2X,@@A9@@,' |    Minimum    |    Maximum    | Average |    Total    |'
1X,'|  (',@@I1@@,' byte)  | Value    Part | Value    Part |         |             |'
333100121
       999
         7
         3	1	2	1	2	1	1	
         1
1X,'| ',@@A10@@,' |',@@F8.1@@,1X,@@I5@@,' |',@@F8.1@@,1X,@@I5@@,' |',@@F8.1@@,' |',@@F12.1@@,' |'
333100122
       999
         5
         3	1	1	1	1	
         1
1X,'| ',@@A10@@,' |',@@F8.1@@,6X,' |',@@F8.1@@,6X,' |',@@F8.1@@,' |',@@F12.1@@,' |'
333100123
       999
         0
         1
1X,'+------------+---------------+---------------+---------+-------------+'
333100140
       999
         8
         1	2	1	2	1	2	1	2
         7
1X,'|                                                                    |'
1X,'| Minimum memory :',@@F13.2@@,' Mbytes  (partition ',@@I5@@,')            |'
1X,'| Maximum memory :',@@F13.2@@,' Mbytes  (partition ',@@I5@@,')            |'
1X,'| Average memory :',@@F13.2@@,' Mbytes (average of ',@@I5@@,' partitions) |'
1X,'|   Total memory :',@@F13.2@@,' Mbytes (sum of all ',@@I5@@,' partitions) |'
1X,'|                                                                    |'
1X,'+',68('-'),'+'
333100150
       999
         0
         4
/1X,'+',68('-'),'+'
1X,'| The MeTiS partitioning method allocates additional memory.',        T71,'|'
1X,'| Total memory usage will therefore exceed the values shown above.',T71,'|'
1X,'+',68('-'),'+'
333100170
       999
         0
         2
1X,'+',68('-'),'+'
1X,'|',T71,'|'
333100171
       999
         4
         3	3	2	3
         4
1X,'| The number of memory words requested for the ',@@A@@,' stack is:',T71,'|'
1X,'| ',@@A24@@,' which exceeds the maximum of:',T71,'|'
1X,'| ',@@I24@@,' supported by the ANSYS CFX ',@@A@@,'.',T71,'|'
1X,'|',T71,'|'
333100172
       999
         0
         1
1X,'| Partition maximum value(s) are shown.',T71,'|'
333100173
       999
         1
         3
         4
1X,'| The ',@@A@@,' will continue with the stack size clipped to the',T71,'|'
1X,'| maximum supported value, but may run out of memory.',T71,'|'
1X,'| In this event, possible solutions include:',T71,'|'
1X,'|',T71,'|'
333100174
       999
         0
         1
1X,'| - Run the case in parallel.',T71,'|'
333100175
       999
         0
         1
1X,'| - Run the case with more partitions.',T71,'|'
333100176
       999
         1
         3
         1
1X,'| - Use the large problem ',@@A@@,'.',T71,'|'
333100177
       999
         0
         1
1X,'| - Use a partitioning method requiring less memory.',T71,'|'
333100178
       999
         0
         1
1X,'| - Revise any specified memory overrides.',T71,'|'
333100179
       999
         0
         2
1X,'|',T71,'|'
1X,'+',68('-'),'+'
333100200
       999
         4
         3	1	1	1
         7
//,1X,'+',68('-'),'+'
1X,'|',18X,'Host Memory Information (Mbytes)',T71,'|'
1X,'+',68('-'),'+',
1X,'|          Host           |     System     |   Allocated    |   %    |'
1X,'+-------------------------+----------------+----------------+--------+'
1X,'| ',@@A23@@,' | ',@@F12.2@@,2X,' | ',@@F12.2@@,2X,' | ',@@F6.2@@,' |'
1X,'+-------------------------+----------------+----------------+--------+'
333100201
       999
         0
         5
//,1X,'+',68('-'),'+'
1X,'|',18X,'Host Memory Information (Mbytes)',T71,'|'
1X,'+',68('-'),'+',
1X,'|           Host         | Npart |   System    |  Allocated  |   %   |'
1X,'+------------------------+-------+-------------+-------------+-------+'
333100202
       999
         5
         3	2	1	1	1
         1
1X,'| ',@@A23@@,'| ',@@I4@@,1X,' |',@@F12.2@@,' |',@@F12.2@@,' |',@@F6.2@@,' |'
333100203
       999
         0
         1
1X,'+------------------------+-------+-------------+-------------+-------+'
333100220
         2
         2
         2	3
         10
1X
'The allocated memory exceeds the system memory on ',@@I6@@,' host(s).'
1X
'The logical expert parameter "enforce system memory limit"'
'controls whether this is a fatal error.'
1X
'The current setting is: ',@@A15@@
1X
'Allocating more than the system memory may result in slow or'
'unreliable operation and is not recommended.'
333200001
       999
         1
         3
         7
//,1X,'+',71('-'),'+'
1X,'|',19X,'Communication Node List Information',17X,'|'
1X,'+',71('-'),'+'
/,1X,'Domain: ',@@A48@@
/,1x,73('-')
1x,'|   Core Part.    |   Neigh. Part.  | # Receive Nodes |  # Send Nodes   |'
1x,73('-')
333200002
       999
         4
         2         2         2        2
         1
1x,'|',3x,@@I10@@,4x,'|',3x,@@I10@@,4x,'|',3x,@@I10@@,4x,'|',3x,@@I10@@,4x,'|'
333200003
       999
         0
         1
1x,73('-')
333400001
       999
         2
         3         2
         4
//,1X,'+',68('-'),'+'
1X,'|',6X,@@A@@,1X,'Communication Effort',T71,'|'
1X,'+',68('-'),'+'
/,1x,'Maximal buffer length = ',@@I8@@, ' Bytes'
333400002
       999
         5
         2         3         3         3         3
         6
/,1X,'+-------------+---------------------------+--------------------------+'
1X,  '| From:   To: |         Number of Buffers |          Number of Bytes |'
1X,  '+-------------+---------------------------+--------------------------+'
1X,'|',2x,@@I4@@,'   all |  ',@@A24@@,' | ',@@A24@@,' |'
1X,'|   broadcast |  ',@@A24@@,' | ',@@A24@@,' |'
1X,  '+-------------+---------------------------+--------------------------+'
333400003
       999
         0
         3
/,1X,'+-------------+---------------------------+--------------------------+'
1X,  '| From:   To: |         Number of Buffers |          Number of Bytes |'
1X,  '+-------------+---------------------------+--------------------------+'
333400004
       999
         4
         2         2         3         3
         2
1X,'|',2X,@@I4@@,2X,@@I4@@,' |  ',@@A24@@,' | ',@@A24@@,' |'
1X,'+-------------+---------------------------+--------------------------+'
333400005
       999
         3
         3         3         3
         2
1X,'| ',@@A12@@,'|  ',@@A24@@,' | ',@@A24@@,' |'
1X,'+-------------+---------------------------+--------------------------+'
333400006
       999
         2
         3         3
         2
/,1X,'Summed number of sent buffers = ',@@A24@@
1X,'Summed number of sent bytes   = ',@@A24@@
333500001
       999
         4
         2         2         2         2
         6
/,1X,'+------------+--------------------------+--------------------------+'
1X,  '| State      |  Intra-host Connections  |  Inter-host Connections  |'
1X,  '+------------+--------------------------+--------------------------+'
1X,  '| Original   |',8X,@@I10@@,8X,         '|',8X,@@I10@@,8X,         '|'
1X,  '| Optimized  |',8X,@@I10@@,8X,         '|',8X,@@I10@@,8X,         '|'
1X,  '+------------+--------------------------+--------------------------+'
333500002
         3
         2
         3         3
         2
/,1X,'The',1X,@@A@@,1X,'partition-host assignment will be used'
1X,'(',@@A@@,').'
333500003
       999
         0
         7
/1X,'+',68('-'),'+'
1X,'|                     ****** Notice ****** ',T71,'|'
1X,'|', T71,'|'
1X,'| Partition re-assignment has been enabled in this run of the',T71,'|'
1X,'| solver, but the  necessary data is not present in the par file.',T71,'|'
1X,'| Partition re-assignment must be  enabled in the partitioning run.',T71,'|'
1X,'+',68('-'),'+'
333600001
       999
         1
         2
         3
/1X,'For improved performance, a multi-step communication method has been'
1X,'automatically enabled for the linear solution. The threshold at which'
1X,'this method is enabled is currently ',@@I5@@,' partitions.'
