LISTING DE ARTEMIS ------------------------------------------------------------------------------
AAA RRRR TTTTT EEEEE M M IIIII SSSS
A A R R T E MM MM I S
AAAAA RRRR T EEEEE M M M I SSS
A A R R T E M M I S
A A R R T EEEEE M M IIIII SSSS
VERSION 6.0 FORTRAN 90
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A LA LIGNE 13 LE MOT CLE SUIVANT : FORTRAN FILE EST INCONNU ...
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* ARRET DE DAMOCLES *
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- ERREUR DANS LE FICHIER DES PARAMETRES -
-----------------------------------------
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
DAMOCLE: TRYING ANOTHER LANGUAGE
VALUES OF THE KEY-WORDS:
GRAPHIC PRINTOUT PERIOD
MOTINT( 5)= 1
LISTING PRINTOUT PERIOD
MOTINT( 6)= 1
MAXIMUM NUMBER OF ITERATIONS FOR SOLVER
MOTINT( 7)= 60000
PRECONDITIONING
MOTINT( 10)= 2
DISCRETIZATION IN SPACE
MOTINT( 15)= 1
GEOMETRY FILE STANDARD
MOTINT( 13)= 3
RESULTS FILE STANDARD
MOTINT( 14)= 3
SOLVER
MOTINT( 11)= 8
BOTTOM TOPOGRAPHY SMOOTHING
MOTINT( 9)= 0
NUMBER OF PERIODS
MOTINT( 8)= 5
NUMBER OF DIRECTIONS
MOTINT( 16)= 1
BREAKING LAW
MOTINT( 17)= 1
MAXIMUM OF SUB-ITERATIONS
MOTINT( 18)= 15
HYDRAULIC REGIME TYPE
MOTINT( 19)= 1
BOTTOM FRICTION LAW
MOTINT( 20)= 1
SOLVER OPTION
MOTINT( 12)= 3
VECTOR LENGTH
MOTINT( 1)= 1
LAW OF BOTTOM FRICTION
MOTINT( 2)= 0
MATRIX STORAGE
MOTINT( 3)= 3
MATRIX-VECTOR PRODUCT
MOTINT( 4)= 1
ORIGINAL DATE OF TIME
MOTINT( 21)= 0
ORIGINAL DATE OF TIME
MOTINT( 22)= 0
ORIGINAL DATE OF TIME
MOTINT( 23)= 0
ORIGINAL HOUR OF TIME
MOTINT( 24)= 0
ORIGINAL HOUR OF TIME
MOTINT( 25)= 0
ORIGINAL HOUR OF TIME
MOTINT( 26)= 0
NUMBER OF PRIVATE VARIABLES
MOTINT( 27)= 0
PARALLEL PROCESSORS
MOTINT( 28)= 0
ORIGIN COORDINATES
MOTINT( 29)= 0
ORIGIN COORDINATES
MOTINT( 30)= 0
WAVE PERIOD
MOTREA( 7)= 10.00000
DIRECTION OF WAVE PROPAGATION
MOTREA( 10)= 180.0000
GRAVITY ACCELERATION
MOTREA( 8)= 9.810000
ZERO
MOTREA( 11)= 0.1000000E-11
SOLVER ACCURACY
MOTREA( 4)= 0.1000000E-03
MINIMUM VALUE FOR H
MOTREA( 5)= 0.1000000E-06
INITIAL WATER LEVEL
MOTREA( 1)= 2.120000
INITIAL DEPTH
MOTREA( 6)= 0.000000
BEGINNING PERIOD FOR PERIOD SCANNING
MOTREA( 12)= 0.000000
ENDING PERIOD FOR PERIOD SCANNING
MOTREA( 13)= 0.000000
STEP FOR PERIOD SCANNING
MOTREA( 14)= 0.000000
PEAK PERIOD
MOTREA( 2)= 5.500000
GAMMA
MOTREA( 3)= 3.300000
MINIMUM ANGLE OF PROPAGATION
MOTREA( 15)= 90.00000
MAXIMUM ANGLE OF PROPAGATION
MOTREA( 16)= 270.0000
S EXPONENT
MOTREA( 17)= 75.00000
RELAXATION COEFFICIENT
MOTREA( 9)= 1.400000
SUB-ITERATIONS ACCURACY
MOTREA( 18)= 0.1000000E-01
DISSIPATION RELAXATION
MOTREA( 20)= 0.5000000
ALPHA
MOTREA( 21)= 1.000000
GAMMAS
MOTREA( 22)= 0.8800000
KDALLY
MOTREA( 19)= 0.1000000
GDALLY
MOTREA( 23)= 0.4000000
FLUID KINEMATIC VISCOSITY
MOTREA( 24)= 0.1000000E-05
DIAMETER90
MOTREA( 25)= 0.1500000E-03
DIAMETER50
MOTREA( 26)= 0.1000000E-03
SEDIMENT SPECIFIC WEIGHT
MOTREA( 27)= 2650.000
FLUID SPECIFIC MASS
MOTREA( 28)= 1000.000
FRICTION FACTOR
MOTREA( 29)= 0.000000
RIPPLES COEFFICIENT
MOTREA( 31)= 0.7000000
FRICTION COEFFICIENT
MOTREA( 30)= 0.000000
MINIMUM SPECTRAL PERIOD
MOTREA( 32)= 1.000000
MAXIMUM SPECTRAL PERIOD
MOTREA( 33)= 100.0000
LISTING PRINTOUT
MOTLOG( 4)= T
INFORMATIONS ABOUT SOLVER
MOTLOG( 5)= T
PERIOD SCANNING
MOTLOG( 3)= F
MONODIRECTIONAL RANDOM WAVE
MOTLOG( 1)= F
MULTIDIRECTIONAL RANDOM WAVE
MOTLOG( 2)= T
BREAKING
MOTLOG( 6)= T
FRICTION
MOTLOG( 7)= F
FRICTION FACTOR IMPOSED
MOTLOG( 12)= F
HYDRAULIC REGIME IMPOSED
MOTLOG( 8)= F
SKIN ROUGHNESS ONLY
MOTLOG( 9)= F
WAVE HEIGHTS SMOOTHING
MOTLOG( 10)= F
VALIDATION
MOTLOG( 11)= F
TITLE
MOTCAR( 3)= NO TITLE IN THE STEERING FILE
VARIABLES FOR GRAPHIC PRINTOUTS
MOTCAR( 6)= HS,ZS,ZF,PHAS,TM,INC,QB,FS,TM02
VARIABLES TO BE PRINTED
MOTCAR( 7)=
USER CRAY
MOTCAR( 4)=
PASSWORD
MOTCAR( 13)=
GEOMETRY FILE
MOTCAR( 1) = NGEO-READ-01;ARTGEO;OBLIG;BIN;LIT;SELAFIN-GEOM ; ../RasARTBath.sel
FORTRAN FILE
MOTCAR( 8) = INUTILE;artfort.f;FACUL;ASC;LIT;FORTRAN ; DirE.f
STEERING FILE
MOTCAR( 9) = INUTILE;ARTCAS;OBLIG;ASC;LIT;CAS ;
BOUNDARY CONDITIONS FILE
MOTCAR( 10) = NLIM-READ-07;ARTCLI;OBLIG;ASC;LIT;CONLIM ; ../RasARTBath.cli
RESULTS FILE
MOTCAR( 11) = NRES-READWRITE-08;ARTRES;OBLIG;BIN;ECR;SELAFIN ; RandmWave_5p5E.res
RELEASE
MOTCAR( 12)= V6P0,V6P0,V6P0,V6P0,V6P0,V6P0
LIBRARIES
MOTCAR( 14)= artemis,telemac,util,damo,bief,hp
CPU TIME
MOTCAR( 15)= 10
MEMORY SPACE
MOTCAR( 16)= 1500000W
BOTTOM TOPOGRAPHY FILE
MOTCAR( 17) = NFON-READ-23;ARTFON;FACUL;ASC;LIT;PARAL ;
BINARY DATA FILE 1
MOTCAR( 18) = NBI1-READ-24;ARTBI1;FACUL;BIN;LIT;SCAL ;
BINARY DATA FILE 2
MOTCAR( 19) = NBI2-READ-25;ARTBI2;FACUL;BIN;LIT;SCAL ;
FORMATTED DATA FILE 1
MOTCAR( 20) = NFO1-READ-26;ARTFO1;FACUL;ASC;LIT;SCAL ; ../RasARTBath.cli
FORMATTED DATA FILE 2
MOTCAR( 21) = NFO2-READ-27;ARTFO2;FACUL;ASC;LIT;SCAL ;
BINARY RESULTS FILE
MOTCAR( 22) = NRBI-READWRITE-28;ARTRBI;FACUL;BIN;ECR;SCAL ;
FORMATTED RESULTS FILE
MOTCAR( 23) = NRBI-READWRITE-29;ARTRFO;FACUL;ASC;ECR;SCAL ;
PRIORITY
MOTCAR( 24)= JOUR
BIDON STRING
MOTCAR( 25)=
INITIAL CONDITIONS
MOTCAR( 5)= CONSTANT ELEVATION
GEOMETRY FILE BINARY
MOTCAR( 26)= STD
RESULTS FILE BINARY
MOTCAR( 2)= STD
ACCOUNT NUMBER
MOTCAR( 27)=
REFERENCE FILE
MOTCAR( 28) = NRBI-READ-22;ARTREF;FACUL;BIN;LIT;SELAFIN ;
GEOMETRY FILE FORMAT
MOTCAR( 51)= SERAFIN
RESULTS FILE FORMAT
MOTCAR( 52)= SERAFIN
REFERENCE FILE FORMAT
MOTCAR( 53)= SERAFIN
BINARY DATA FILE 1 FORMAT
MOTCAR( 54)= SERAFIN
BINARY DATA FILE 2 FORMAT
MOTCAR( 55)= SERAFIN
DESCRIPTION DES LIBRARIES
MOTCAR( 44)= artemis|arte_VVV|PPP|artemisMMMVVV.LLL
DESCRIPTION DES LIBRARIES
MOTCAR( 45)= bief|bief_VVV|PPP|biefMMMVVV.LLL
DESCRIPTION DES LIBRARIES
MOTCAR( 46)= damocles|damo_VVV|PPP|damoMMMVVV.LLL
DESCRIPTION DES LIBRARIES
MOTCAR( 47)= paravoid|paravoid_VVV|PPP|paravoidMMMVVV.LLL
DESCRIPTION DES LIBRARIES
MOTCAR( 48)= special|special_VVV|PPP|specialMMMVVV.LLL
DEFAULT EXECUTABLE
MOTCAR( 49)= artemis|arte_VVV|PPP|artemisMMMVVV.exe
DEFAULT PARALLEL EXECUTABLE
MOTCAR( 50)= artemis|arte_VVV|PPP|artemisMMMVVV_MP.exe
LIST OF FILES
MOTCAR( 30)= STEERING FILE
LIST OF FILES
MOTCAR( 31)= DICTIONARY
LIST OF FILES
MOTCAR( 32)= FORTRAN FILE
LIST OF FILES
MOTCAR( 33)= GEOMETRY FILE
LIST OF FILES
MOTCAR( 34)= BOUNDARY CONDITIONS FILE
LIST OF FILES
MOTCAR( 35)= RESULTS FILE
LIST OF FILES
MOTCAR( 36)= BOTTOM TOPOGRAPHY FILE
LIST OF FILES
MOTCAR( 37)= BINARY DATA FILE 1
LIST OF FILES
MOTCAR( 38)= BINARY DATA FILE 2
LIST OF FILES
MOTCAR( 39)= FORMATTED DATA FILE 1
LIST OF FILES
MOTCAR( 40)= FORMATTED DATA FILE 2
LIST OF FILES
MOTCAR( 41)= BINARY RESULTS FILE
LIST OF FILES
MOTCAR( 42)= FORMATTED RESULTS FILE
LIST OF FILES
MOTCAR( 43)= REFERENCE FILE
DICTIONARY
MOTCAR( 29) = INUTILE;ARTDICO;OBLIG;ASC;LIT;DICO ; artemisV6P0.dico
END OF FILE FOR DAMOCLES
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* LECDON: *
* AFTER CALLING DAMOCLES *
* CHECKING OF DATA READ *
* IN THE STEERING FILE *
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NAME OF THE STUDY : NO TITLE IN THE STEERING FILE
OPENING FILES FOR ARTEMIS
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* MEMORY ORGANIZATION *
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READGEO1: TITLE= TELEMAC BINAER DATEI
NUMBER OF ELEMENTS:491331
NUMBER OF POINTS:246941
MXPTEL (BIEF) : MAXIMUM NUMBER OF ELEMENTS AROUND A POINT: 7
MAXIMUM NUMBER OF POINTS AROUND A POINT: 7
CORRXY (BIEF):NO MODIFICATION OF COORDINATES
MESH: MESH ALLOCATED
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* END OF MEMORY ORGANIZATION: *
*************************************
INBIEF (BIEF): NOT A VECTOR MACHINE (ACCORDING TO YOUR DATA)
STRCHE (BIEF): NO MODIFICATION OF FRICTION
THERE IS 3 LIQUID BOUNDARIES:
BOUNDARY 1 :
BEGINS AT BOUNDARY POINT: 262 , WITH GLOBAL NUMBER: 1510
AND COORDINATES: 405594.6 2960341.
ENDS AT BOUNDARY POINT: 380 , WITH GLOBAL NUMBER: 1628
AND COORDINATES: 405625.8 2960049.
BOUNDARY 2 :
BEGINS AT BOUNDARY POINT: 381 , WITH GLOBAL NUMBER: 1629
AND COORDINATES: 405626.0 2960047.
ENDS AT BOUNDARY POINT: 1133 , WITH GLOBAL NUMBER: 6126
AND COORDINATES: 405454.7 2960987.
BOUNDARY 3 :
BEGINS AT BOUNDARY POINT: 1134 , WITH GLOBAL NUMBER: 6127
AND COORDINATES: 405452.8 2960986.
ENDS AT BOUNDARY POINT: 1141 , WITH GLOBAL NUMBER: 1174
AND COORDINATES: 405439.5 2960982.
THERE IS 1 SOLID BOUNDARIES:
BOUNDARY 1 :
BEGINS AT BOUNDARY POINT: 1141 , WITH GLOBAL NUMBER: 1174
AND COORDINATES: 405439.5 2960982.
ENDS AT BOUNDARY POINT: 262 , WITH GLOBAL NUMBER: 1510
AND COORDINATES: 405594.6 2960341.
================================================================================
PERIOD 1/ 5 : 3.3243 SECONDS
DIRECTION 1/ 1 : 179.9550 DEGREES
PHBOR : THERE ARE : 1 BOUNDARIE(S) OF INCIDENT WAVE TYPE
END PHBOR
SUB-ITERATION NUMBER : 1
LINEAR SYSTEM SOLVING (SOLVE)
DIRECT SYSTEM SOLVER
DIFF. BETWEEN TWO SUB-ITERATIONS (%) 100000000.000000
-----------------------------------------------
SUB-ITERATION NUMBER : 2
LINEAR SYSTEM SOLVING (SOLVE)
DIRECT SYSTEM SOLVER
MATRIX WITH ZERO PIVOT AT ROW
3
PLANTE: PROGRAM STOPPED AFTER AN ERROR
Returning exit code: 2
Duree du calcul : 97 secondes ( 0:1:37 ) (systeme=0.202 sec)
